%------------------------------------------------------------------------------
% File     : cvc5---1.0.5
% Problem  : CSR159+1 : TPTP v8.1.2. Released v7.3.0.
% Transfm  : none
% Format   : tptp
% Command  : do_cvc5 %s %d

% Computer : n019.cluster.edu
% Model    : x86_64 x86_64
% CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory   : 8042.1875MB
% OS       : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit  : 300s
% DateTime : Wed Aug 30 21:07:29 EDT 2023

% Result   : Theorem 101.15s 101.36s
% Output   : Proof 101.15s
% Verified : 
% SZS Type : -

% Comments : 
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.74/0.80  % Problem    : CSR159+1 : TPTP v8.1.2. Released v7.3.0.
% 0.74/0.81  % Command    : do_cvc5 %s %d
% 0.81/1.03  % Computer : n019.cluster.edu
% 0.81/1.03  % Model    : x86_64 x86_64
% 0.81/1.03  % CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.81/1.03  % Memory   : 8042.1875MB
% 0.81/1.03  % OS       : Linux 3.10.0-693.el7.x86_64
% 0.81/1.03  % CPULimit   : 300
% 0.81/1.03  % WCLimit    : 300
% 0.81/1.03  % DateTime   : Mon Aug 28 09:39:29 EDT 2023
% 0.81/1.03  % CPUTime    : 
% 1.62/1.78  %----Proving TF0_NAR, FOF, or CNF
% 101.15/101.36  ------- convert to smt2 : /export/starexec/sandbox2/tmp/tmp.qFNUpgvjTU/cvc5---1.0.5_23410.p...
% 101.15/101.36  ------- get file name : TPTP file name is CSR159+1
% 101.15/101.36  ------- cvc5-fof : /export/starexec/sandbox2/solver/bin/cvc5---1.0.5_23410.smt2...
% 101.15/101.36  --- Run --decision=internal --simplification=none --no-inst-no-entail --no-cbqi --full-saturate-quant at 10...
% 101.15/101.36  --- Run --no-e-matching --full-saturate-quant at 5...
% 101.15/101.36  --- Run --no-e-matching --enum-inst-sum --full-saturate-quant at 5...
% 101.15/101.36  --- Run --finite-model-find --uf-ss=no-minimal at 5...
% 101.15/101.36  --- Run --multi-trigger-when-single --full-saturate-quant at 5...
% 101.15/101.36  --- Run --trigger-sel=max --full-saturate-quant at 5...
% 101.15/101.36  --- Run --multi-trigger-when-single --multi-trigger-priority --full-saturate-quant at 5...
% 101.15/101.36  --- Run --multi-trigger-cache --full-saturate-quant at 5...
% 101.15/101.36  --- Run --prenex-quant=none --full-saturate-quant at 5...
% 101.15/101.36  --- Run --enum-inst-interleave --decision=internal --full-saturate-quant at 5...
% 101.15/101.36  --- Run --relevant-triggers --full-saturate-quant at 5...
% 101.15/101.36  --- Run --finite-model-find --e-matching --sort-inference --uf-ss-fair at 5...
% 101.15/101.36  --- Run --pre-skolem-quant=on --full-saturate-quant at 10...
% 101.15/101.36  --- Run --cbqi-vo-exp --full-saturate-quant at 10...
% 101.15/101.36  --- Run --no-cbqi --full-saturate-quant at 10...
% 101.15/101.36  --- Run --macros-quant --macros-quant-mode=all --full-saturate-quant...
% 101.15/101.36  % SZS status Theorem for CSR159+1
% 101.15/101.36  % SZS output start Proof for CSR159+1
% 101.15/101.36  (
% 101.15/101.36  (let ((_let_1 (not (forall ((X $$unsorted) (Y $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__EvenInteger) (tptp.p__d__instance Y tptp.c__OddInteger)) (not (= X Y))))))) (let ((_let_2 (tptp.f__MeasureFn2 tptp.c__1 tptp.c__YardLength))) (let ((_let_3 (tptp.f__MeasureFn2 tptp.c__1 tptp.c__Mile))) (let ((_let_4 (tptp.f__MeasureFn2 tptp.c__1 tptp.c__FootLength))) (let ((_let_5 (tptp.p__d__partition3 tptp.c__Integer tptp.c__OddInteger tptp.c__EvenInteger))) (let ((_let_6 (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted) (ROW4 $$unsorted) (ROW5 $$unsorted) (ROW6 $$unsorted)) (= (tptp.p__d__disjointDecomposition7 CLASS ROW1 ROW2 ROW3 ROW4 ROW5 ROW6) (and (tptp.p__d__disjoint ROW1 ROW2) (tptp.p__d__disjoint ROW1 ROW3) (tptp.p__d__disjoint ROW1 ROW4) (tptp.p__d__disjoint ROW1 ROW5) (tptp.p__d__disjoint ROW1 ROW6) (tptp.p__d__disjoint ROW2 ROW3) (tptp.p__d__disjoint ROW2 ROW4) (tptp.p__d__disjoint ROW2 ROW5) (tptp.p__d__disjoint ROW2 ROW6) (tptp.p__d__disjoint ROW3 ROW4) (tptp.p__d__disjoint ROW3 ROW5) (tptp.p__d__disjoint ROW3 ROW6) (tptp.p__d__disjoint ROW4 ROW5) (tptp.p__d__disjoint ROW4 ROW6) (tptp.p__d__disjoint ROW5 ROW6)))))) (let ((_let_7 (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted) (ROW4 $$unsorted) (ROW5 $$unsorted)) (= (tptp.p__d__disjointDecomposition6 CLASS ROW1 ROW2 ROW3 ROW4 ROW5) (and (tptp.p__d__disjoint ROW1 ROW2) (tptp.p__d__disjoint ROW1 ROW3) (tptp.p__d__disjoint ROW1 ROW4) (tptp.p__d__disjoint ROW1 ROW5) (tptp.p__d__disjoint ROW2 ROW3) (tptp.p__d__disjoint ROW2 ROW4) (tptp.p__d__disjoint ROW2 ROW5) (tptp.p__d__disjoint ROW3 ROW4) (tptp.p__d__disjoint ROW3 ROW5) (tptp.p__d__disjoint ROW4 ROW5)))))) (let ((_let_8 (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted) (ROW4 $$unsorted)) (= (tptp.p__d__disjointDecomposition5 CLASS ROW1 ROW2 ROW3 ROW4) (and (tptp.p__d__disjoint ROW1 ROW2) (tptp.p__d__disjoint ROW1 ROW3) (tptp.p__d__disjoint ROW1 ROW4) (tptp.p__d__disjoint ROW2 ROW3) (tptp.p__d__disjoint ROW2 ROW4) (tptp.p__d__disjoint ROW3 ROW4)))))) (let ((_let_9 (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted)) (= (tptp.p__d__disjointDecomposition4 CLASS ROW1 ROW2 ROW3) (and (tptp.p__d__disjoint ROW1 ROW2) (tptp.p__d__disjoint ROW1 ROW3) (tptp.p__d__disjoint ROW2 ROW3)))))) (let ((_let_10 (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted)) (= (tptp.p__d__disjointDecomposition3 CLASS ROW1 ROW2) (tptp.p__d__disjoint ROW1 ROW2))))) (let ((_let_11 (and _let_10 _let_9 _let_8 _let_7 _let_6))) (let ((_let_12 (and (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted)) (= (tptp.p__d__exhaustiveDecomposition3 CLASS ROW1 ROW2) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X CLASS) (or (tptp.p__d__instance X ROW1) (tptp.p__d__instance X ROW2)))))) (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted)) (= (tptp.p__d__exhaustiveDecomposition4 CLASS ROW1 ROW2 ROW3) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X CLASS) (or (tptp.p__d__instance X ROW1) (tptp.p__d__instance X ROW2) (tptp.p__d__instance X ROW3)))))) (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted) (ROW4 $$unsorted)) (= (tptp.p__d__exhaustiveDecomposition5 CLASS ROW1 ROW2 ROW3 ROW4) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X CLASS) (or (tptp.p__d__instance X ROW1) (tptp.p__d__instance X ROW2) (tptp.p__d__instance X ROW3) (tptp.p__d__instance X ROW4)))))) (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted) (ROW4 $$unsorted) (ROW5 $$unsorted)) (= (tptp.p__d__exhaustiveDecomposition6 CLASS ROW1 ROW2 ROW3 ROW4 ROW5) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X CLASS) (or (tptp.p__d__instance X ROW1) (tptp.p__d__instance X ROW2) (tptp.p__d__instance X ROW3) (tptp.p__d__instance X ROW4) (tptp.p__d__instance X ROW5)))))) (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted) (ROW4 $$unsorted) (ROW5 $$unsorted) (ROW6 $$unsorted)) (= (tptp.p__d__exhaustiveDecomposition7 CLASS ROW1 ROW2 ROW3 ROW4 ROW5 ROW6) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X CLASS) (or (tptp.p__d__instance X ROW1) (tptp.p__d__instance X ROW2) (tptp.p__d__instance X ROW3) (tptp.p__d__instance X ROW4) (tptp.p__d__instance X ROW5) (tptp.p__d__instance X ROW6))))))))) (let ((_let_13 (and (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted)) (= (tptp.p__d__partition3 CLASS ROW1 ROW2) (and (tptp.p__d__exhaustiveDecomposition3 CLASS ROW1 ROW2) (tptp.p__d__disjointDecomposition3 CLASS ROW1 ROW2)))) (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted)) (= (tptp.p__d__partition4 CLASS ROW1 ROW2 ROW3) (and (tptp.p__d__exhaustiveDecomposition4 CLASS ROW1 ROW2 ROW3) (tptp.p__d__disjointDecomposition4 CLASS ROW1 ROW2 ROW3)))) (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted) (ROW4 $$unsorted)) (= (tptp.p__d__partition5 CLASS ROW1 ROW2 ROW3 ROW4) (and (tptp.p__d__exhaustiveDecomposition5 CLASS ROW1 ROW2 ROW3 ROW4) (tptp.p__d__disjointDecomposition5 CLASS ROW1 ROW2 ROW3 ROW4)))) (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted) (ROW4 $$unsorted) (ROW5 $$unsorted)) (= (tptp.p__d__partition6 CLASS ROW1 ROW2 ROW3 ROW4 ROW5) (and (tptp.p__d__exhaustiveDecomposition6 CLASS ROW1 ROW2 ROW3 ROW4 ROW5) (tptp.p__d__disjointDecomposition6 CLASS ROW1 ROW2 ROW3 ROW4 ROW5)))) (forall ((CLASS $$unsorted) (ROW1 $$unsorted) (ROW2 $$unsorted) (ROW3 $$unsorted) (ROW4 $$unsorted) (ROW5 $$unsorted) (ROW6 $$unsorted)) (= (tptp.p__d__partition7 CLASS ROW1 ROW2 ROW3 ROW4 ROW5 ROW6) (and (tptp.p__d__exhaustiveDecomposition7 CLASS ROW1 ROW2 ROW3 ROW4 ROW5 ROW6) (tptp.p__d__disjointDecomposition7 CLASS ROW1 ROW2 ROW3 ROW4 ROW5 ROW6))))))) (let ((_let_14 (forall ((CLASS1 $$unsorted) (CLASS2 $$unsorted)) (= (tptp.p__d__disjoint CLASS1 CLASS2) (forall ((INST $$unsorted)) (or (not (tptp.p__d__instance INST CLASS1)) (not (tptp.p__d__instance INST CLASS2)))))))) (let ((_let_15 (forall ((Y $$unsorted)) (or (not (tptp.p__d__instance Y tptp.c__EvenInteger)) (not (tptp.p__d__instance Y tptp.c__OddInteger)))))) (let ((_let_16 (forall ((INST $$unsorted)) (or (not (tptp.p__d__instance INST tptp.c__OddInteger)) (not (tptp.p__d__instance INST tptp.c__EvenInteger)))))) (let ((_let_17 (1))) (let ((_let_18 (TRUST_SUBS_EQ (ASSUME :args (_let_14)) :args ((= tptp.p__d__disjoint (lambda ((BOUND_VARIABLE_72415 $$unsorted) (BOUND_VARIABLE_72416 $$unsorted)) (forall ((INST $$unsorted)) (or (not (tptp.p__d__instance INST BOUND_VARIABLE_72415)) (not (tptp.p__d__instance INST BOUND_VARIABLE_72416)))))))))) (let ((_let_19 (0))) (let ((_let_20 (ASSUME :args (_let_13)))) (let ((_let_21 (TRUST_SUBS_EQ (AND_ELIM _let_20 :args _let_19) :args ((= tptp.p__d__partition3 (lambda ((BOUND_VARIABLE_72429 $$unsorted) (BOUND_VARIABLE_72430 $$unsorted) (BOUND_VARIABLE_72431 $$unsorted)) (and (tptp.p__d__exhaustiveDecomposition3 BOUND_VARIABLE_72429 BOUND_VARIABLE_72430 BOUND_VARIABLE_72431) (tptp.p__d__disjointDecomposition3 BOUND_VARIABLE_72429 BOUND_VARIABLE_72430 BOUND_VARIABLE_72431)))))))) (let ((_let_22 (TRUST_SUBS_EQ (AND_ELIM _let_20 :args _let_17) :args ((= tptp.p__d__partition4 (lambda ((BOUND_VARIABLE_72440 $$unsorted) (BOUND_VARIABLE_72441 $$unsorted) (BOUND_VARIABLE_72442 $$unsorted) (BOUND_VARIABLE_72443 $$unsorted)) (and (tptp.p__d__exhaustiveDecomposition4 BOUND_VARIABLE_72440 BOUND_VARIABLE_72441 BOUND_VARIABLE_72442 BOUND_VARIABLE_72443) (tptp.p__d__disjointDecomposition4 BOUND_VARIABLE_72440 BOUND_VARIABLE_72441 BOUND_VARIABLE_72442 BOUND_VARIABLE_72443)))))))) (let ((_let_23 (2))) (let ((_let_24 (TRUST_SUBS_EQ (AND_ELIM _let_20 :args _let_23) :args ((= tptp.p__d__partition5 (lambda ((BOUND_VARIABLE_72452 $$unsorted) (BOUND_VARIABLE_72453 $$unsorted) (BOUND_VARIABLE_72454 $$unsorted) (BOUND_VARIABLE_72455 $$unsorted) (BOUND_VARIABLE_72456 $$unsorted)) (and (tptp.p__d__exhaustiveDecomposition5 BOUND_VARIABLE_72452 BOUND_VARIABLE_72453 BOUND_VARIABLE_72454 BOUND_VARIABLE_72455 BOUND_VARIABLE_72456) (tptp.p__d__disjointDecomposition5 BOUND_VARIABLE_72452 BOUND_VARIABLE_72453 BOUND_VARIABLE_72454 BOUND_VARIABLE_72455 BOUND_VARIABLE_72456)))))))) (let ((_let_25 (3))) (let ((_let_26 (TRUST_SUBS_EQ (AND_ELIM _let_20 :args _let_25) :args ((= tptp.p__d__partition6 (lambda ((BOUND_VARIABLE_72465 $$unsorted) (BOUND_VARIABLE_72466 $$unsorted) (BOUND_VARIABLE_72467 $$unsorted) (BOUND_VARIABLE_72468 $$unsorted) (BOUND_VARIABLE_72469 $$unsorted) (BOUND_VARIABLE_72470 $$unsorted)) (and (tptp.p__d__exhaustiveDecomposition6 BOUND_VARIABLE_72465 BOUND_VARIABLE_72466 BOUND_VARIABLE_72467 BOUND_VARIABLE_72468 BOUND_VARIABLE_72469 BOUND_VARIABLE_72470) (tptp.p__d__disjointDecomposition6 BOUND_VARIABLE_72465 BOUND_VARIABLE_72466 BOUND_VARIABLE_72467 BOUND_VARIABLE_72468 BOUND_VARIABLE_72469 BOUND_VARIABLE_72470)))))))) (let ((_let_27 (4))) (let ((_let_28 (TRUST_SUBS_EQ (AND_ELIM _let_20 :args _let_27) :args ((= tptp.p__d__partition7 (lambda ((BOUND_VARIABLE_72479 $$unsorted) (BOUND_VARIABLE_72480 $$unsorted) (BOUND_VARIABLE_72481 $$unsorted) (BOUND_VARIABLE_72482 $$unsorted) (BOUND_VARIABLE_72483 $$unsorted) (BOUND_VARIABLE_72484 $$unsorted) (BOUND_VARIABLE_72485 $$unsorted)) (and (tptp.p__d__exhaustiveDecomposition7 BOUND_VARIABLE_72479 BOUND_VARIABLE_72480 BOUND_VARIABLE_72481 BOUND_VARIABLE_72482 BOUND_VARIABLE_72483 BOUND_VARIABLE_72484 BOUND_VARIABLE_72485) (tptp.p__d__disjointDecomposition7 BOUND_VARIABLE_72479 BOUND_VARIABLE_72480 BOUND_VARIABLE_72481 BOUND_VARIABLE_72482 BOUND_VARIABLE_72483 BOUND_VARIABLE_72484 BOUND_VARIABLE_72485)))))))) (let ((_let_29 (EQ_RESOLVE (ASSUME :args (_let_12)) (MACRO_SR_EQ_INTRO :args (_let_12 SB_DEFAULT SBA_FIXPOINT))))) (let ((_let_30 (TRUST_SUBS_EQ (AND_ELIM _let_29 :args _let_19) :args ((= tptp.p__d__exhaustiveDecomposition3 (lambda ((BOUND_VARIABLE_72494 $$unsorted) (BOUND_VARIABLE_72495 $$unsorted) (BOUND_VARIABLE_72496 $$unsorted)) (forall ((X $$unsorted)) (or (not (tptp.p__d__instance X BOUND_VARIABLE_72494)) (tptp.p__d__instance X BOUND_VARIABLE_72495) (tptp.p__d__instance X BOUND_VARIABLE_72496))))))))) (let ((_let_31 (TRUST_SUBS_EQ (AND_ELIM _let_29 :args _let_17) :args ((= tptp.p__d__exhaustiveDecomposition4 (lambda ((BOUND_VARIABLE_72511 $$unsorted) (BOUND_VARIABLE_72512 $$unsorted) (BOUND_VARIABLE_72513 $$unsorted) (BOUND_VARIABLE_72514 $$unsorted)) (forall ((X $$unsorted)) (or (not (tptp.p__d__instance X BOUND_VARIABLE_72511)) (tptp.p__d__instance X BOUND_VARIABLE_72512) (tptp.p__d__instance X BOUND_VARIABLE_72513) (tptp.p__d__instance X BOUND_VARIABLE_72514))))))))) (let ((_let_32 (TRUST_SUBS_EQ (AND_ELIM _let_29 :args _let_23) :args ((= tptp.p__d__exhaustiveDecomposition5 (lambda ((BOUND_VARIABLE_72532 $$unsorted) (BOUND_VARIABLE_72533 $$unsorted) (BOUND_VARIABLE_72534 $$unsorted) (BOUND_VARIABLE_72535 $$unsorted) (BOUND_VARIABLE_72536 $$unsorted)) (forall ((X $$unsorted)) (or (not (tptp.p__d__instance X BOUND_VARIABLE_72532)) (tptp.p__d__instance X BOUND_VARIABLE_72533) (tptp.p__d__instance X BOUND_VARIABLE_72534) (tptp.p__d__instance X BOUND_VARIABLE_72535) (tptp.p__d__instance X BOUND_VARIABLE_72536))))))))) (let ((_let_33 (TRUST_SUBS_EQ (AND_ELIM _let_29 :args _let_25) :args ((= tptp.p__d__exhaustiveDecomposition6 (lambda ((BOUND_VARIABLE_72557 $$unsorted) (BOUND_VARIABLE_72558 $$unsorted) (BOUND_VARIABLE_72559 $$unsorted) (BOUND_VARIABLE_72560 $$unsorted) (BOUND_VARIABLE_72561 $$unsorted) (BOUND_VARIABLE_72562 $$unsorted)) (forall ((X $$unsorted)) (or (not (tptp.p__d__instance X BOUND_VARIABLE_72557)) (tptp.p__d__instance X BOUND_VARIABLE_72558) (tptp.p__d__instance X BOUND_VARIABLE_72559) (tptp.p__d__instance X BOUND_VARIABLE_72560) (tptp.p__d__instance X BOUND_VARIABLE_72561) (tptp.p__d__instance X BOUND_VARIABLE_72562))))))))) (let ((_let_34 (TRUST_SUBS_EQ (AND_ELIM _let_29 :args _let_27) :args ((= tptp.p__d__exhaustiveDecomposition7 (lambda ((BOUND_VARIABLE_72586 $$unsorted) (BOUND_VARIABLE_72587 $$unsorted) (BOUND_VARIABLE_72588 $$unsorted) (BOUND_VARIABLE_72589 $$unsorted) (BOUND_VARIABLE_72590 $$unsorted) (BOUND_VARIABLE_72591 $$unsorted) (BOUND_VARIABLE_72592 $$unsorted)) (forall ((X $$unsorted)) (or (not (tptp.p__d__instance X BOUND_VARIABLE_72586)) (tptp.p__d__instance X BOUND_VARIABLE_72587) (tptp.p__d__instance X BOUND_VARIABLE_72588) (tptp.p__d__instance X BOUND_VARIABLE_72589) (tptp.p__d__instance X BOUND_VARIABLE_72590) (tptp.p__d__instance X BOUND_VARIABLE_72591) (tptp.p__d__instance X BOUND_VARIABLE_72592))))))))) (let ((_let_35 (ASSUME :args (_let_11)))) (let ((_let_36 (TRUST_SUBS_EQ (EQ_RESOLVE (AND_ELIM _let_35 :args _let_19) (MACRO_SR_EQ_INTRO (AND_INTRO _let_34 _let_33 _let_32 _let_31 _let_30 _let_28 _let_26 _let_24 _let_22 _let_21 _let_18) :args (_let_10 SB_DEFAULT SBA_FIXPOINT))) :args ((= tptp.p__d__disjointDecomposition3 (lambda ((BOUND_VARIABLE_72631 $$unsorted) (BOUND_VARIABLE_72632 $$unsorted) (BOUND_VARIABLE_72633 $$unsorted)) (forall ((INST $$unsorted)) (or (not (tptp.p__d__instance INST BOUND_VARIABLE_72632)) (not (tptp.p__d__instance INST BOUND_VARIABLE_72633)))))))))) (let ((_let_37 (TRUST_SUBS_EQ (EQ_RESOLVE (AND_ELIM _let_35 :args _let_17) (MACRO_SR_EQ_INTRO (AND_INTRO _let_36 _let_34 _let_33 _let_32 _let_31 _let_30 _let_28 _let_26 _let_24 _let_22 _let_21 _let_18) :args (_let_9 SB_DEFAULT SBA_FIXPOINT))) :args ((= tptp.p__d__disjointDecomposition4 (lambda ((BOUND_VARIABLE_72670 $$unsorted) (BOUND_VARIABLE_72671 $$unsorted) (BOUND_VARIABLE_72672 $$unsorted) (BOUND_VARIABLE_72673 $$unsorted)) (and (forall ((INST $$unsorted)) (or (not (tptp.p__d__instance INST BOUND_VARIABLE_72671)) (not (tptp.p__d__instance INST BOUND_VARIABLE_72672)))) (forall ((INST $$unsorted)) (or (not (tptp.p__d__instance INST BOUND_VARIABLE_72671)) (not (tptp.p__d__instance INST BOUND_VARIABLE_72673)))) (forall ((INST $$unsorted)) (or (not (tptp.p__d__instance INST BOUND_VARIABLE_72672)) (not (tptp.p__d__instance INST BOUND_VARIABLE_72673))))))))))) (let ((_let_38 (TRUST_SUBS_EQ (EQ_RESOLVE (AND_ELIM _let_35 :args _let_23) (MACRO_SR_EQ_INTRO (AND_INTRO _let_37 _let_36 _let_34 _let_33 _let_32 _let_31 _let_30 _let_28 _let_26 _let_24 _let_22 _let_21 _let_18) :args (_let_8 SB_DEFAULT SBA_FIXPOINT))) :args ((= tptp.p__d__disjointDecomposition5 (lambda ((BOUND_VARIABLE_72726 $$unsorted) (BOUND_VARIABLE_72727 $$unsorted) (BOUND_VARIABLE_72728 $$unsorted) (BOUND_VARIABLE_72729 $$unsorted) (BOUND_VARIABLE_72730 $$unsorted)) (and (forall ((INST $$unsorted)) (or (not (tptp.p__d__instance INST BOUND_VARIABLE_72727)) (not (tptp.p__d__instance INST BOUND_VARIABLE_72728)))) (forall ((INST $$unsorted)) (or (not (tptp.p__d__instance INST BOUND_VARIABLE_72727)) (not (tptp.p__d__instance INST BOUND_VARIABLE_72729)))) (forall ((INST $$unsorted)) (or (not (tptp.p__d__instance INST BOUND_VARIABLE_72727)) (not (tptp.p__d__instance INST 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tptp.c__HumanLanguage tptp.c__Language) (tptp.p__d__partition3 tptp.c__HumanLanguage tptp.c__NaturalLanguage tptp.c__ConstructedLanguage) (tptp.p__d__partition3 tptp.c__HumanLanguage tptp.c__SpokenHumanLanguage tptp.c__ManualHumanLanguage) (forall ((PROC $$unsorted) (LANG $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance PROC tptp.c__Process) (tptp.p__d__instance LANG tptp.c__HumanLanguage) (tptp.p__agent PROC AGENT) (tptp.p__instrument PROC LANG)) (tptp.p__d__instance AGENT tptp.c__Human))) (tptp.p__d__subclass tptp.c__ConstructedLanguage tptp.c__HumanLanguage) (tptp.p__d__subclass tptp.c__ConstructedLanguage tptp.c__ArtificialLanguage) (forall ((LANG $$unsorted)) (=> (tptp.p__d__instance LANG tptp.c__ConstructedLanguage) (exists ((PLAN $$unsorted)) (and (tptp.p__d__instance PLAN tptp.c__Planning) (tptp.p__result PLAN LANG))))) (tptp.p__d__subclass tptp.c__NaturalLanguage tptp.c__HumanLanguage) (tptp.p__d__subclass tptp.c__ManualHumanLanguage tptp.c__HumanLanguage) (tptp.p__d__subclass tptp.c__SpokenHumanLanguage tptp.c__HumanLanguage) (tptp.p__d__instance tptp.c__EnglishLanguage tptp.c__NaturalLanguage) (tptp.p__d__instance tptp.c__EnglishLanguage tptp.c__SpokenHumanLanguage) (tptp.p__d__subclass tptp.c__Word tptp.c__LinguisticExpression) (tptp.p__d__subclass tptp.c__Formula tptp.c__Sentence) (tptp.p__d__subclass tptp.c__Agent tptp.c__Object) (forall ((AGENT $$unsorted)) (=> (tptp.p__d__instance AGENT tptp.c__Agent) (exists ((PROC $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__Process) (tptp.p__agent PROC AGENT))))) (tptp.p__d__subclass tptp.c__SentientAgent tptp.c__Agent) (tptp.p__d__subclass tptp.c__CognitiveAgent tptp.c__SentientAgent) (tptp.p__d__subclass tptp.c__LegalAgent tptp.c__Agent) (tptp.p__d__instance tptp.c__leader tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__leader tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__leader tptp.c__SingleValuedRelation) (tptp.p__d__subclass tptp.c__Process tptp.c__Physical) (tptp.p__d__subclass tptp.c__DualObjectProcess tptp.c__Process) (forall ((PROCESS $$unsorted)) (=> (tptp.p__d__instance PROCESS tptp.c__DualObjectProcess) (exists ((OBJ1 $$unsorted) (OBJ2 $$unsorted)) (and (tptp.p__patient PROCESS OBJ1) (tptp.p__patient PROCESS OBJ2) (not (= OBJ1 OBJ2)))))) (tptp.p__d__subclass tptp.c__SingleAgentProcess tptp.c__Process) (forall ((PROC $$unsorted)) (=> (tptp.p__d__instance PROC tptp.c__SingleAgentProcess) (exists ((AGENT $$unsorted)) (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__agent PROC AGENT))))) (forall ((PROC $$unsorted) (AGENT_1 $$unsorted) (AGENT_2 $$unsorted)) (=> (and (tptp.p__d__instance AGENT_1 tptp.c__Agent) (tptp.p__d__instance AGENT_2 tptp.c__Agent) (tptp.p__d__instance PROC tptp.c__SingleAgentProcess) (tptp.p__agent PROC AGENT_1) (tptp.p__agent PROC AGENT_2)) (= AGENT_1 AGENT_2))) (tptp.p__d__subclass tptp.c__Abstract tptp.c__Entity) (tptp.p__d__disjointDecomposition6 tptp.c__Abstract tptp.c__Quantity tptp.c__Attribute tptp.c__SetOrClass tptp.c__Relation tptp.c__Proposition) (tptp.p__d__subclass tptp.c__Quantity tptp.c__Abstract) (tptp.p__d__subclass tptp.c__Attribute tptp.c__Abstract) (tptp.p__d__partition4 tptp.c__Attribute tptp.c__InternalAttribute tptp.c__RelationalAttribute tptp.c__PerceptualAttribute) (tptp.p__d__instance tptp.c__property tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__attribute tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__attribute tptp.c__IrreflexiveRelation) (tptp.p__subrelation tptp.c__attribute tptp.c__property) (tptp.p__d__instance tptp.c__manner tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__manner tptp.c__IrreflexiveRelation) (tptp.p__subrelation tptp.c__manner tptp.c__property) (tptp.p__disjointRelation tptp.c__manner tptp.c__attribute) (tptp.p__d__instance tptp.c__ExtensionFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__ExtensionFn tptp.c__PartialValuedRelation) (tptp.p__d__subclass tptp.c__InternalAttribute tptp.c__Attribute) (tptp.p__d__subclass tptp.c__PhysicalAttribute tptp.c__InternalAttribute) (tptp.p__d__subclass tptp.c__RelationalAttribute tptp.c__Attribute) (tptp.p__d__subclass tptp.c__Number tptp.c__Quantity) (tptp.p__d__partition4 tptp.c__Number tptp.c__RealNumber tptp.c__ImaginaryNumber tptp.c__ComplexNumber) (tptp.p__d__instance tptp.c__lessThan tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__lessThan tptp.c__TransitiveRelation) (tptp.p__d__instance tptp.c__lessThan tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__lessThan tptp.c__RelationExtendedToQuantities) (tptp.p__d__instance tptp.c__greaterThan tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__greaterThan tptp.c__TransitiveRelation) (tptp.p__d__instance tptp.c__greaterThan tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__greaterThan tptp.c__RelationExtendedToQuantities) (tptp.p__inverse tptp.c__greaterThan tptp.c__lessThan) (tptp.p__d__instance tptp.c__lessThanOrEqualTo tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__lessThanOrEqualTo tptp.c__PartialOrderingRelation) (tptp.p__d__instance tptp.c__lessThanOrEqualTo tptp.c__RelationExtendedToQuantities) (forall ((NUMBER1 $$unsorted) (NUMBER2 $$unsorted)) (=> (and (tptp.p__d__instance NUMBER2 tptp.c__Quantity) (tptp.p__d__instance NUMBER1 tptp.c__Quantity)) (= (tptp.p__lessThanOrEqualTo NUMBER1 NUMBER2) (or (= NUMBER1 NUMBER2) (tptp.p__lessThan NUMBER1 NUMBER2))))) (tptp.p__d__instance tptp.c__greaterThanOrEqualTo tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__greaterThanOrEqualTo tptp.c__PartialOrderingRelation) (tptp.p__d__instance tptp.c__greaterThanOrEqualTo tptp.c__RelationExtendedToQuantities) (tptp.p__inverse tptp.c__greaterThanOrEqualTo tptp.c__lessThanOrEqualTo) (forall ((NUMBER1 $$unsorted) (NUMBER2 $$unsorted)) (=> (and (tptp.p__d__instance NUMBER2 tptp.c__Quantity) (tptp.p__d__instance NUMBER1 tptp.c__Quantity)) (= (tptp.p__greaterThanOrEqualTo NUMBER1 NUMBER2) (or (= NUMBER1 NUMBER2) (tptp.p__greaterThan NUMBER1 NUMBER2))))) (tptp.p__d__subclass tptp.c__RealNumber tptp.c__Number) (tptp.p__d__partition3 tptp.c__RealNumber tptp.c__NegativeRealNumber tptp.c__NonnegativeRealNumber) (tptp.p__d__partition3 tptp.c__RealNumber tptp.c__RationalNumber tptp.c__IrrationalNumber) (tptp.p__d__subclass tptp.c__ImaginaryNumber tptp.c__Number) (tptp.p__d__subclass tptp.c__RationalNumber tptp.c__RealNumber) (tptp.p__d__subclass tptp.c__IrrationalNumber tptp.c__RealNumber) (tptp.p__d__subclass tptp.c__NonnegativeRealNumber tptp.c__RealNumber) (forall ((NUMBER $$unsorted)) (=> (tptp.p__d__instance NUMBER tptp.c__Quantity) (= (tptp.p__d__instance NUMBER tptp.c__NonnegativeRealNumber) (and (tptp.p__greaterThanOrEqualTo NUMBER tptp.c__0) (tptp.p__d__instance NUMBER tptp.c__RealNumber))))) (tptp.p__d__subclass tptp.c__PositiveRealNumber tptp.c__NonnegativeRealNumber) (forall ((NUMBER $$unsorted)) (=> (tptp.p__d__instance NUMBER tptp.c__Quantity) (= 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tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__360 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__365 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__400 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__746 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__1000 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__1024 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__2000 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__2205 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__2240 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__1000000 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__1000000000 tptp.c__PositiveInteger) (tptp.p__d__instance tptp.c__1000000000000 tptp.c__PositiveInteger) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__PositiveInteger) (tptp.p__greaterThan X tptp.c__0))) (tptp.p__d__subclass tptp.c__BinaryNumber tptp.c__RealNumber) (tptp.p__d__subclass tptp.c__ComplexNumber tptp.c__Number) (tptp.p__d__disjoint tptp.c__ComplexNumber tptp.c__RealNumber) (tptp.p__d__subclass tptp.c__PhysicalQuantity tptp.c__Quantity) (tptp.p__d__partition3 tptp.c__PhysicalQuantity tptp.c__ConstantQuantity tptp.c__FunctionQuantity) (tptp.p__d__subclass tptp.c__ConstantQuantity tptp.c__PhysicalQuantity) (tptp.p__d__subclass tptp.c__TimeMeasure tptp.c__ConstantQuantity) (tptp.p__d__subclass tptp.c__TimeDuration tptp.c__TimeMeasure) (tptp.p__d__subclass tptp.c__TimePosition tptp.c__TimeMeasure) (tptp.p__d__partition3 tptp.c__TimePosition tptp.c__TimeInterval tptp.c__TimePoint) (tptp.p__d__subclass tptp.c__TimeInterval tptp.c__TimePosition) (tptp.p__d__subclass tptp.c__TimePoint tptp.c__TimePosition) (tptp.p__d__subclass tptp.c__FunctionQuantity tptp.c__PhysicalQuantity) (tptp.p__d__subclass tptp.c__UnaryConstantFunctionQuantity tptp.c__FunctionQuantity) (tptp.p__d__subclass tptp.c__TimeDependentQuantity tptp.c__UnaryConstantFunctionQuantity) (tptp.p__d__subclass tptp.c__SetOrClass tptp.c__Abstract) (tptp.p__d__partition3 tptp.c__SetOrClass tptp.c__Set tptp.c__Class) (tptp.p__d__subclass tptp.c__Class tptp.c__SetOrClass) (tptp.p__d__subclass tptp.c__Set tptp.c__SetOrClass) (tptp.p__d__subclass tptp.c__Relation tptp.c__Abstract) (tptp.p__d__disjointDecomposition6 tptp.c__Relation tptp.c__BinaryRelation tptp.c__TernaryRelation tptp.c__QuaternaryRelation tptp.c__QuintaryRelation tptp.c__VariableArityRelation) (tptp.p__d__partition4 tptp.c__Relation tptp.c__Predicate tptp.c__Function tptp.c__List) (tptp.p__d__partition3 tptp.c__Relation tptp.c__TotalValuedRelation tptp.c__PartialValuedRelation) (tptp.p__d__subclass tptp.c__SingleValuedRelation tptp.c__Relation) (tptp.p__d__subclass tptp.c__TotalValuedRelation tptp.c__Relation) (tptp.p__d__subclass tptp.c__PartialValuedRelation tptp.c__Relation) (tptp.p__d__subclass tptp.c__BinaryRelation tptp.c__Relation) (tptp.p__d__subclass tptp.c__ReflexiveRelation tptp.c__BinaryRelation) (forall ((REL $$unsorted)) (=> (tptp.p__d__instance REL tptp.c__BinaryRelation) (= (tptp.p__d__instance REL tptp.c__ReflexiveRelation) (forall ((INST $$unsorted)) (tptp.p__d__holds3 REL INST INST))))) (tptp.p__d__subclass tptp.c__IrreflexiveRelation tptp.c__BinaryRelation) (forall ((REL $$unsorted)) (=> (tptp.p__d__instance REL tptp.c__BinaryRelation) (= (tptp.p__d__instance REL tptp.c__IrreflexiveRelation) (forall ((INST $$unsorted)) (not (tptp.p__d__holds3 REL INST INST)))))) (tptp.p__d__subclass tptp.c__SymmetricRelation tptp.c__BinaryRelation) (forall ((REL $$unsorted)) (=> (tptp.p__d__instance REL tptp.c__BinaryRelation) (= (tptp.p__d__instance REL tptp.c__SymmetricRelation) (forall ((INST1 $$unsorted) (INST2 $$unsorted)) (=> (tptp.p__d__holds3 REL INST1 INST2) (tptp.p__d__holds3 REL INST2 INST1)))))) (tptp.p__d__subclass tptp.c__AsymmetricRelation tptp.c__IrreflexiveRelation) (tptp.p__d__subclass tptp.c__AsymmetricRelation tptp.c__AntisymmetricRelation) (forall ((REL $$unsorted)) (= (tptp.p__d__instance REL tptp.c__AsymmetricRelation) (and (tptp.p__d__instance REL tptp.c__AntisymmetricRelation) (tptp.p__d__instance REL tptp.c__IrreflexiveRelation)))) (tptp.p__d__subclass tptp.c__AntisymmetricRelation tptp.c__BinaryRelation) (forall ((REL $$unsorted)) (=> (tptp.p__d__instance REL tptp.c__BinaryRelation) (= (tptp.p__d__instance REL tptp.c__AntisymmetricRelation) (forall ((INST1 $$unsorted) (INST2 $$unsorted)) (=> (and (tptp.p__d__holds3 REL INST1 INST2) (tptp.p__d__holds3 REL INST2 INST1)) (= INST1 INST2)))))) (tptp.p__d__subclass tptp.c__TrichotomizingRelation tptp.c__BinaryRelation) (forall ((REL $$unsorted)) (=> (tptp.p__d__instance REL tptp.c__BinaryRelation) (= (tptp.p__d__instance REL tptp.c__TrichotomizingRelation) (forall ((INST1 $$unsorted) (INST2 $$unsorted)) (or (tptp.p__d__holds3 REL INST1 INST2) (= INST1 INST2) (tptp.p__d__holds3 REL INST2 INST1)))))) (tptp.p__d__subclass tptp.c__TransitiveRelation tptp.c__BinaryRelation) (forall ((REL $$unsorted)) (=> (tptp.p__d__instance REL tptp.c__BinaryRelation) (= (tptp.p__d__instance REL tptp.c__TransitiveRelation) (forall ((INST1 $$unsorted) (INST2 $$unsorted) (INST3 $$unsorted)) (=> (and (tptp.p__d__holds3 REL INST1 INST2) (tptp.p__d__holds3 REL INST2 INST3)) (tptp.p__d__holds3 REL INST1 INST3)))))) (tptp.p__d__subclass tptp.c__IntransitiveRelation tptp.c__BinaryRelation) (forall ((REL $$unsorted)) (=> (tptp.p__d__instance REL tptp.c__BinaryRelation) (= (tptp.p__d__instance REL tptp.c__IntransitiveRelation) (forall ((INST1 $$unsorted) (INST2 $$unsorted) (INST3 $$unsorted)) (=> (and (tptp.p__d__holds3 REL INST1 INST2) (tptp.p__d__holds3 REL INST2 INST3)) (not (tptp.p__d__holds3 REL INST1 INST3))))))) (tptp.p__d__subclass tptp.c__PartialOrderingRelation tptp.c__TransitiveRelation) (tptp.p__d__subclass tptp.c__PartialOrderingRelation tptp.c__AntisymmetricRelation) (tptp.p__d__subclass tptp.c__PartialOrderingRelation tptp.c__ReflexiveRelation) (tptp.p__d__subclass tptp.c__TotalOrderingRelation tptp.c__PartialOrderingRelation) (tptp.p__d__subclass tptp.c__TotalOrderingRelation tptp.c__TrichotomizingRelation) (forall ((REL $$unsorted)) (=> (tptp.p__d__instance REL tptp.c__BinaryRelation) (= (tptp.p__d__instance REL tptp.c__TotalOrderingRelation) (forall ((INST1 $$unsorted) (INST2 $$unsorted)) (or (tptp.p__d__holds3 REL INST1 INST2) (tptp.p__d__holds3 REL INST2 INST1)))))) (tptp.p__d__subclass tptp.c__EquivalenceRelation tptp.c__TransitiveRelation) (tptp.p__d__subclass tptp.c__EquivalenceRelation tptp.c__SymmetricRelation) (tptp.p__d__subclass tptp.c__EquivalenceRelation tptp.c__ReflexiveRelation) (tptp.p__d__subclass tptp.c__CaseRole tptp.c__BinaryPredicate) (tptp.p__d__subclass tptp.c__CaseRole tptp.c__InheritableRelation) (tptp.p__d__subclass tptp.c__CaseRole tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__involvedInEvent tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__involvedInEvent tptp.c__AsymmetricRelation) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__CaseRole) (tptp.p__subrelation R tptp.c__involvedInEvent))) (tptp.p__d__instance tptp.c__agent tptp.c__CaseRole) (tptp.p__subrelation tptp.c__agent tptp.c__involvedInEvent) (tptp.p__d__instance tptp.c__destination tptp.c__CaseRole) (tptp.p__subrelation tptp.c__destination tptp.c__involvedInEvent) (tptp.p__d__instance tptp.c__experiencer tptp.c__CaseRole) (tptp.p__subrelation tptp.c__experiencer tptp.c__involvedInEvent) (tptp.p__subrelation tptp.c__instrument tptp.c__patient) (tptp.p__d__instance tptp.c__origin tptp.c__CaseRole) (tptp.p__subrelation tptp.c__origin tptp.c__involvedInEvent) (tptp.p__d__instance tptp.c__patient tptp.c__CaseRole) (tptp.p__subrelation tptp.c__patient tptp.c__involvedInEvent) (tptp.p__subrelation tptp.c__resource tptp.c__patient) (tptp.p__disjointRelation tptp.c__resource tptp.c__result) (tptp.p__disjointRelation tptp.c__resource tptp.c__instrument) (tptp.p__disjointRelation tptp.c__result tptp.c__instrument) (tptp.p__subrelation tptp.c__result tptp.c__patient) (tptp.p__d__subclass tptp.c__InheritableRelation tptp.c__Relation) (tptp.p__d__subclass tptp.c__ProbabilityRelation tptp.c__Relation) (tptp.p__d__subclass tptp.c__ProbabilityRelation tptp.c__InheritableRelation) (tptp.p__d__instance tptp.c__ProbabilityFn tptp.c__ProbabilityRelation) (tptp.p__d__instance tptp.c__ProbabilityFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__ProbabilityFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__ProbabilityFn tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__conditionalProbability tptp.c__ProbabilityRelation) (tptp.p__d__instance tptp.c__conditionalProbability tptp.c__TernaryPredicate) (tptp.p__d__instance tptp.c__increasesLikelihood tptp.c__ProbabilityRelation) (tptp.p__d__instance tptp.c__increasesLikelihood tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__increasesLikelihood tptp.c__IrreflexiveRelation) (tptp.p__disjointRelation tptp.c__increasesLikelihood tptp.c__decreasesLikelihood) (tptp.p__disjointRelation tptp.c__increasesLikelihood tptp.c__independentProbability) (tptp.p__disjointRelation tptp.c__decreasesLikelihood tptp.c__independentProbability) (forall ((FORMULA1 $$unsorted) (FORMULA2 $$unsorted) (NUMBER2 $$unsorted) (NUMBER1 $$unsorted)) (=> (and (tptp.p__d__instance FORMULA2 tptp.c__Formula) (tptp.p__d__instance FORMULA1 tptp.c__Formula) (tptp.p__d__instance NUMBER1 tptp.c__RealNumber) (tptp.p__d__instance NUMBER2 tptp.c__RealNumber) (tptp.p__increasesLikelihood FORMULA1 FORMULA2) (= (tptp.f__ProbabilityFn1 FORMULA2) NUMBER1) (tptp.p__conditionalProbability FORMULA1 FORMULA2 NUMBER2)) (tptp.p__greaterThan NUMBER2 NUMBER1))) (tptp.p__d__instance tptp.c__decreasesLikelihood tptp.c__ProbabilityRelation) (tptp.p__d__instance tptp.c__decreasesLikelihood tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__decreasesLikelihood tptp.c__IrreflexiveRelation) (forall ((FORMULA1 $$unsorted) (FORMULA2 $$unsorted) (NUMBER2 $$unsorted) (NUMBER1 $$unsorted)) (=> (and (tptp.p__d__instance FORMULA2 tptp.c__Formula) (tptp.p__d__instance FORMULA1 tptp.c__Formula) (tptp.p__d__instance NUMBER1 tptp.c__RealNumber) (tptp.p__d__instance NUMBER2 tptp.c__RealNumber) (tptp.p__decreasesLikelihood FORMULA1 FORMULA2) (= (tptp.f__ProbabilityFn1 FORMULA2) NUMBER1) (tptp.p__conditionalProbability FORMULA1 FORMULA2 NUMBER2)) (tptp.p__lessThan NUMBER2 NUMBER1))) (tptp.p__d__instance tptp.c__independentProbability tptp.c__ProbabilityRelation) (tptp.p__d__instance tptp.c__independentProbability tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__independentProbability tptp.c__SymmetricRelation) (forall ((FORMULA1 $$unsorted) (FORMULA2 $$unsorted) (NUMBER2 $$unsorted) (NUMBER1 $$unsorted)) (=> (and (tptp.p__d__instance FORMULA2 tptp.c__Formula) (tptp.p__d__instance FORMULA1 tptp.c__Formula) (tptp.p__d__instance NUMBER1 tptp.c__RealNumber) (tptp.p__d__instance NUMBER2 tptp.c__RealNumber) (tptp.p__independentProbability FORMULA1 FORMULA2) (= (tptp.f__ProbabilityFn1 FORMULA2) NUMBER1) (tptp.p__conditionalProbability FORMULA1 FORMULA2 NUMBER2)) (= NUMBER2 NUMBER1))) (forall ((FORMULA1 $$unsorted) (FORMULA2 $$unsorted)) (=> (and (tptp.p__d__instance FORMULA1 tptp.c__Formula) (tptp.p__d__instance FORMULA2 tptp.c__Formula)) (or (tptp.p__increasesLikelihood FORMULA1 FORMULA2) (tptp.p__decreasesLikelihood FORMULA1 FORMULA2) (tptp.p__independentProbability FORMULA1 FORMULA2)))) (tptp.p__d__subclass tptp.c__SpatialRelation tptp.c__Relation) (tptp.p__d__subclass tptp.c__SpatialRelation tptp.c__InheritableRelation) (tptp.p__d__subclass tptp.c__TemporalRelation tptp.c__Relation) (tptp.p__d__subclass tptp.c__TemporalRelation tptp.c__InheritableRelation) (tptp.p__d__subclass tptp.c__IntentionalRelation tptp.c__InheritableRelation) (tptp.p__d__subclass tptp.c__IntentionalRelation tptp.c__Relation) (tptp.p__d__instance tptp.c__prefers tptp.c__TernaryPredicate) (tptp.p__d__instance tptp.c__prefers tptp.c__IntentionalRelation) (tptp.p__d__subclass tptp.c__PropositionalAttitude tptp.c__IntentionalRelation) (tptp.p__d__subclass tptp.c__PropositionalAttitude tptp.c__AsymmetricRelation) (tptp.p__d__subclass tptp.c__PropositionalAttitude tptp.c__InheritableRelation) (forall ((REL $$unsorted) (AGENT $$unsorted) (FORMULA $$unsorted)) (=> (and (tptp.p__d__instance REL tptp.c__PropositionalAttitude) (tptp.p__d__holds3 REL AGENT FORMULA)) (tptp.p__d__instance FORMULA tptp.c__Formula))) (tptp.p__d__subclass tptp.c__ObjectAttitude tptp.c__IntentionalRelation) (tptp.p__d__subclass tptp.c__ObjectAttitude tptp.c__InheritableRelation) (tptp.p__d__disjoint tptp.c__ObjectAttitude tptp.c__PropositionalAttitude) (forall ((REL $$unsorted) (AGENT $$unsorted) (THING $$unsorted)) (=> (and (tptp.p__d__instance REL tptp.c__BinaryRelation) (tptp.p__d__instance REL tptp.c__ObjectAttitude) (tptp.p__d__holds3 REL AGENT THING)) (tptp.p__d__instance THING tptp.c__Physical))) (tptp.p__d__instance tptp.c__inScopeOfInterest tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__inScopeOfInterest tptp.c__IntentionalRelation) (forall ((AGENT $$unsorted) (OBJECT $$unsorted)) (=> (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (= (exists ((PROCESS $$unsorted)) (and (tptp.p__d__instance PROCESS tptp.c__IntentionalProcess) (tptp.p__agent PROCESS AGENT) (tptp.p__patient PROCESS OBJECT))) (tptp.p__inScopeOfInterest AGENT OBJECT)))) (tptp.p__d__instance tptp.c__needs tptp.c__ObjectAttitude) (tptp.p__d__instance tptp.c__needs tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__needs tptp.c__inScopeOfInterest) (forall ((AGENT $$unsorted) (OBJECT $$unsorted)) (=> (and (tptp.p__d__instance OBJECT tptp.c__Physical) (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__needs AGENT OBJECT)) (tptp.p__wants AGENT OBJECT))) (tptp.p__d__instance tptp.c__wants tptp.c__ObjectAttitude) (tptp.p__d__instance tptp.c__wants tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__wants tptp.c__inScopeOfInterest) (tptp.p__relatedInternalConcept tptp.c__wants tptp.c__desires) (forall ((OBJ $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Physical) (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__wants AGENT OBJ)) (exists ((PURP $$unsorted)) (and (tptp.p__d__instance PURP tptp.c__Formula) (tptp.p__hasPurposeForAgent OBJ PURP AGENT))))) (tptp.p__d__instance tptp.c__desires tptp.c__PropositionalAttitude) (tptp.p__d__instance tptp.c__desires tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__desires tptp.c__inScopeOfInterest) (tptp.p__relatedInternalConcept tptp.c__desires tptp.c__wants) (tptp.p__d__instance tptp.c__considers tptp.c__PropositionalAttitude) (tptp.p__d__instance tptp.c__considers tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__considers tptp.c__inScopeOfInterest) (tptp.p__d__instance tptp.c__believes tptp.c__PropositionalAttitude) (tptp.p__d__instance tptp.c__believes tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__believes 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tptp.c__RealNumberFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__ReciprocalFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__ReciprocalFn tptp.c__RelationExtendedToQuantities) (tptp.p__d__instance tptp.c__ReciprocalFn tptp.c__TotalValuedRelation) (forall ((NUMBER $$unsorted)) (=> (tptp.p__d__instance NUMBER tptp.c__Quantity) (= tptp.c__1 (tptp.f__MultiplicationFn2 NUMBER (tptp.f__ReciprocalFn1 NUMBER))))) (tptp.p__d__instance tptp.c__RemainderFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__RemainderFn tptp.c__RelationExtendedToQuantities) (tptp.p__d__instance tptp.c__RemainderFn tptp.c__PartialValuedRelation) (forall ((NUMBER2 $$unsorted) (NUMBER $$unsorted) (NUMBER1 $$unsorted)) (=> (and (tptp.p__d__instance NUMBER2 tptp.c__Quantity) (tptp.p__d__instance NUMBER1 tptp.c__Quantity) (tptp.p__d__instance NUMBER tptp.c__Quantity)) (= (= (tptp.f__RemainderFn2 NUMBER1 NUMBER2) NUMBER) (= (tptp.f__AdditionFn2 (tptp.f__MultiplicationFn2 (tptp.f__FloorFn1 (tptp.f__DivisionFn2 NUMBER1 NUMBER2)) NUMBER2) NUMBER) NUMBER1)))) (forall ((NUMBER1 $$unsorted) (NUMBER2 $$unsorted) (NUMBER $$unsorted)) (=> (and (tptp.p__d__instance NUMBER2 tptp.c__RealNumber) (tptp.p__d__instance NUMBER1 tptp.c__Quantity) (tptp.p__d__instance NUMBER tptp.c__RealNumber) (= (tptp.f__RemainderFn2 NUMBER1 NUMBER2) NUMBER)) (= (tptp.f__SignumFn1 NUMBER2) (tptp.f__SignumFn1 NUMBER)))) (forall ((NUMBER $$unsorted)) (=> (tptp.p__d__instance NUMBER tptp.c__EvenInteger) (= (tptp.f__RemainderFn2 NUMBER tptp.c__2) tptp.c__0))) (forall ((NUMBER $$unsorted)) (=> (tptp.p__d__instance NUMBER tptp.c__OddInteger) (= (tptp.f__RemainderFn2 NUMBER tptp.c__2) tptp.c__1))) (forall ((PRIME $$unsorted) (NUMBER $$unsorted)) (=> (and (tptp.p__d__instance PRIME tptp.c__PrimeNumber) (tptp.p__d__instance NUMBER tptp.c__Quantity) (= (tptp.f__RemainderFn2 PRIME NUMBER) tptp.c__0)) (or (= NUMBER tptp.c__1) (= NUMBER PRIME)))) (tptp.p__d__instance tptp.c__RoundFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__RoundFn tptp.c__RelationExtendedToQuantities) (tptp.p__d__instance tptp.c__RoundFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__SignumFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__SignumFn tptp.c__TotalValuedRelation) (forall ((NUMBER $$unsorted)) (let ((_let_1 (tptp.f__SignumFn1 NUMBER))) (=> (tptp.p__d__instance NUMBER tptp.c__NonnegativeRealNumber) (or (= _let_1 tptp.c__1) (= _let_1 tptp.c__0))))) (forall ((NUMBER $$unsorted)) (=> (tptp.p__d__instance NUMBER tptp.c__PositiveRealNumber) (= (tptp.f__SignumFn1 NUMBER) tptp.c__1))) (tptp.p__d__instance tptp.c__SineFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__SineFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__SquareRootFn tptp.c__UnaryFunction) (forall ((NUMBER2 $$unsorted) (NUMBER1 $$unsorted)) (=> (and (tptp.p__d__instance NUMBER1 tptp.c__RealNumber) (tptp.p__d__instance NUMBER2 tptp.c__Number) (= (tptp.f__SquareRootFn1 NUMBER1) NUMBER2)) (= (tptp.f__MultiplicationFn2 NUMBER2 NUMBER2) NUMBER1))) (tptp.p__d__instance tptp.c__TangentFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__TangentFn tptp.c__TotalValuedRelation) (forall ((DEGREE $$unsorted)) (=> (tptp.p__d__instance DEGREE tptp.c__PlaneAngleMeasure) (= (tptp.f__TangentFn1 DEGREE) (tptp.f__DivisionFn2 (tptp.f__SineFn1 DEGREE) (tptp.f__CosineFn1 DEGREE))))) (tptp.p__d__instance tptp.c__identityElement tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__identityElement tptp.c__AsymmetricRelation) (tptp.p__identityElement tptp.c__MultiplicationFn tptp.c__1) (tptp.p__identityElement tptp.c__AdditionFn tptp.c__0) (tptp.p__identityElement tptp.c__SubtractionFn tptp.c__0) (tptp.p__identityElement tptp.c__DivisionFn tptp.c__1) (tptp.p__d__instance tptp.c__SuccessorFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__SuccessorFn tptp.c__TotalValuedRelation) (forall ((INT1 $$unsorted) (INT2 $$unsorted)) (=> (and (tptp.p__d__instance INT1 tptp.c__Integer) (tptp.p__d__instance INT2 tptp.c__Integer) (= (tptp.f__SuccessorFn1 INT1) (tptp.f__SuccessorFn1 INT2))) (= INT1 INT2))) (forall ((INT $$unsorted)) (=> (tptp.p__d__instance INT tptp.c__Integer) (tptp.p__lessThan INT (tptp.f__SuccessorFn1 INT)))) (forall ((INT2 $$unsorted) (INT1 $$unsorted)) (=> (and (tptp.p__d__instance INT1 tptp.c__Integer) (tptp.p__d__instance INT2 tptp.c__Integer)) (or (not (tptp.p__lessThan INT1 INT2)) (not (tptp.p__lessThan INT2 (tptp.f__SuccessorFn1 INT1)))))) (forall ((INT $$unsorted)) (=> (tptp.p__d__instance INT tptp.c__Integer) (= INT (tptp.f__SuccessorFn1 (tptp.f__PredecessorFn1 INT))))) (forall ((INT $$unsorted)) (=> (tptp.p__d__instance INT tptp.c__Integer) (= INT (tptp.f__PredecessorFn1 (tptp.f__SuccessorFn1 INT))))) (tptp.p__d__instance tptp.c__PredecessorFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__PredecessorFn tptp.c__TotalValuedRelation) (forall ((INT1 $$unsorted) (INT2 $$unsorted)) (=> (and (tptp.p__d__instance INT1 tptp.c__Integer) (tptp.p__d__instance INT2 tptp.c__Integer) (= (tptp.f__PredecessorFn1 INT1) (tptp.f__PredecessorFn1 INT2))) (= INT1 INT2))) (forall ((INT $$unsorted)) (=> (tptp.p__d__instance INT tptp.c__Integer) (tptp.p__greaterThan INT (tptp.f__PredecessorFn1 INT)))) (forall ((INT1 $$unsorted) (INT2 $$unsorted)) (=> (and (tptp.p__d__instance INT1 tptp.c__Integer) (tptp.p__d__instance INT2 tptp.c__Integer)) (or (not (tptp.p__lessThan INT2 INT1)) (not (tptp.p__lessThan (tptp.f__PredecessorFn1 INT1) INT2))))) (tptp.p__d__instance tptp.c__average tptp.c__PartialValuedRelation) (tptp.p__d__instance tptp.c__average tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__average tptp.c__SingleValuedRelation) (forall ((AVERAGE $$unsorted) (LIST $$unsorted) (LISTITEM $$unsorted)) (=> (and (tptp.p__d__instance AVERAGE tptp.c__RealNumber) (tptp.p__d__instance LIST tptp.c__List) (tptp.p__average LIST AVERAGE) (tptp.p__inList LISTITEM LIST)) (tptp.p__d__instance LISTITEM tptp.c__RealNumber))) (tptp.p__subrelation tptp.c__subset tptp.c__subclass) (forall ((SUBSET $$unsorted) (SET $$unsorted) (ELEMENT $$unsorted)) (=> (and (tptp.p__d__instance SET tptp.c__Set) (tptp.p__d__instance SUBSET tptp.c__Set) (tptp.p__subset SUBSET SET) (tptp.p__element ELEMENT SUBSET)) (tptp.p__element ELEMENT SET))) (tptp.p__d__instance tptp.c__element tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__element tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__element tptp.c__instance) (forall ((SET1 $$unsorted) (SET2 $$unsorted)) (=> (and (tptp.p__d__instance SET1 tptp.c__Set) (tptp.p__d__instance SET2 tptp.c__Set) (forall ((ELEMENT $$unsorted)) (= (tptp.p__element ELEMENT SET1) (tptp.p__element ELEMENT SET2)))) (= SET1 SET2))) (tptp.p__d__instance tptp.c__UnionFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__UnionFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__IntersectionFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__IntersectionFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__RelativeComplementFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__RelativeComplementFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__ComplementFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__ComplementFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__GeneralizedUnionFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__GeneralizedUnionFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__GeneralizedIntersectionFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__GeneralizedIntersectionFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__CardinalityFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__CardinalityFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__CardinalityFn tptp.c__AsymmetricRelation) (tptp.p__d__subclass tptp.c__NullSet tptp.c__SetOrClass) (forall ((SET $$unsorted)) (=> (tptp.p__d__instance SET tptp.c__NullSet) (forall ((INST $$unsorted)) (not (tptp.p__instance INST SET))))) (tptp.p__d__subclass tptp.c__NonNullSet tptp.c__SetOrClass) (forall ((SET $$unsorted)) (=> (tptp.p__d__instance SET tptp.c__NonNullSet) (exists ((INST $$unsorted)) (tptp.p__instance INST SET)))) (tptp.p__d__subclass tptp.c__FiniteSet tptp.c__Set) (forall ((SET $$unsorted)) (=> (tptp.p__d__instance SET tptp.c__FiniteSet) (exists ((NUMBER $$unsorted)) (and (tptp.p__d__instance NUMBER tptp.c__NonnegativeInteger) (= NUMBER (tptp.f__CardinalityFn1 SET)))))) (tptp.p__d__subclass tptp.c__PairwiseDisjointClass tptp.c__SetOrClass) (forall ((SUPERCLASS $$unsorted) (CLASS1 $$unsorted) (CLASS2 $$unsorted)) (=> (and (tptp.p__d__instance SUPERCLASS tptp.c__PairwiseDisjointClass) (tptp.p__d__instance CLASS1 SUPERCLASS) (tptp.p__d__instance CLASS2 SUPERCLASS)) (or (= CLASS1 CLASS2) (tptp.p__d__disjoint CLASS1 CLASS2)))) (tptp.p__d__subclass tptp.c__MutuallyDisjointClass tptp.c__SetOrClass) (forall ((CLASS $$unsorted) (INST1 $$unsorted) (INST2 $$unsorted)) (=> (and (tptp.p__d__instance CLASS tptp.c__MutuallyDisjointClass) (tptp.p__d__instance INST1 CLASS) (tptp.p__d__instance INST2 INST1)) (exists ((INST3 $$unsorted)) (and (tptp.p__d__instance INST3 CLASS) (not (tptp.p__d__instance INST2 INST3)))))) (tptp.p__d__instance tptp.c__KappaFn tptp.c__BinaryFunction) (tptp.p__d__subclass tptp.c__Graph tptp.c__Abstract) (forall ((GRAPH $$unsorted) (NODE2 $$unsorted) (NODE1 $$unsorted)) (=> (and (tptp.p__d__instance GRAPH tptp.c__Graph) (tptp.p__d__instance NODE1 tptp.c__GraphNode) (tptp.p__d__instance NODE2 tptp.c__GraphNode) (tptp.p__graphPart NODE1 GRAPH) (tptp.p__graphPart NODE2 GRAPH) (not (= NODE1 NODE2))) (exists ((ARC $$unsorted) (PATH $$unsorted)) (let ((_let_1 (tptp.f__EndNodeFn1 PATH))) (let ((_let_2 (tptp.f__BeginNodeFn1 PATH))) (let ((_let_3 (tptp.p__d__instance PATH tptp.c__GraphPath))) (and (tptp.p__d__instance ARC tptp.c__GraphArc) _let_3 (or (tptp.p__links NODE1 NODE2 ARC) (and (tptp.p__subGraph PATH GRAPH) _let_3 (or (and (= _let_2 NODE1) (= _let_1 NODE2)) (and (= _let_2 NODE2) (= _let_1 NODE1)))))))))))) (forall ((GRAPH $$unsorted)) (=> (tptp.p__d__instance GRAPH tptp.c__Graph) (exists ((NODE1 $$unsorted) (NODE2 $$unsorted) (NODE3 $$unsorted) (ARC1 $$unsorted) (ARC2 $$unsorted)) (and (tptp.p__d__instance NODE1 tptp.c__GraphNode) (tptp.p__d__instance NODE2 tptp.c__GraphNode) (tptp.p__d__instance NODE3 tptp.c__GraphNode) (tptp.p__d__instance ARC1 tptp.c__GraphArc) (tptp.p__d__instance ARC2 tptp.c__GraphArc) (tptp.p__graphPart NODE1 GRAPH) (tptp.p__graphPart NODE2 GRAPH) (tptp.p__graphPart NODE3 GRAPH) (tptp.p__graphPart ARC1 GRAPH) (tptp.p__graphPart ARC2 GRAPH) (tptp.p__links NODE1 NODE2 ARC1) (tptp.p__links NODE2 NODE3 ARC2) (not (= NODE1 NODE2)) (not (= NODE2 NODE3)) (not (= NODE1 NODE3)) (not (= ARC1 ARC2)))))) (tptp.p__d__subclass tptp.c__DirectedGraph tptp.c__Graph) (tptp.p__d__subclass tptp.c__Tree tptp.c__DirectedGraph) (forall ((GRAPH $$unsorted)) (=> (tptp.p__d__instance GRAPH tptp.c__Tree) (forall ((LOOP $$unsorted)) (or (not (tptp.p__d__instance LOOP tptp.c__GraphElement)) (not (tptp.p__d__instance LOOP tptp.c__GraphLoop)) (not (tptp.p__graphPart LOOP GRAPH)))))) (forall ((GRAPH $$unsorted)) (=> (tptp.p__d__instance GRAPH tptp.c__Tree) (forall ((LOOP $$unsorted)) (or (not (tptp.p__d__instance LOOP tptp.c__GraphElement)) (not (tptp.p__d__instance LOOP tptp.c__GraphCircuit)) (not (tptp.p__graphPart LOOP GRAPH)))))) (forall ((GRAPH $$unsorted)) (=> (tptp.p__d__instance GRAPH tptp.c__Tree) (forall ((ARC1 $$unsorted) (ARC2 $$unsorted) (NODE $$unsorted)) (or (not (tptp.p__d__instance ARC1 tptp.c__GraphArc)) (not (tptp.p__d__instance ARC2 tptp.c__GraphArc)) (not (tptp.p__d__instance NODE tptp.c__GraphNode)) (not (tptp.p__graphPart ARC1 GRAPH)) (not (tptp.p__graphPart ARC2 GRAPH)) (not (tptp.p__graphPart NODE GRAPH)) (not (= (tptp.f__TerminalNodeFn1 ARC1) NODE)) (not (= (tptp.f__TerminalNodeFn1 ARC2) NODE)) (= ARC1 ARC2))))) (tptp.p__d__subclass tptp.c__GraphPath tptp.c__DirectedGraph) (forall ((GRAPH $$unsorted) (NODE $$unsorted) (ARC $$unsorted)) (=> (and (tptp.p__d__instance NODE tptp.c__GraphNode) (tptp.p__d__instance GRAPH tptp.c__GraphPath) (tptp.p__d__instance ARC tptp.c__GraphArc) (tptp.p__graphPart ARC GRAPH) (= (tptp.f__InitialNodeFn1 ARC) NODE)) (forall ((OTHER $$unsorted)) (or (not (tptp.p__d__instance OTHER tptp.c__GraphArc)) (not (= (tptp.f__InitialNodeFn1 OTHER) NODE)) (= OTHER ARC))))) (forall ((GRAPH $$unsorted) (NODE $$unsorted) (ARC $$unsorted)) (=> (and (tptp.p__d__instance NODE tptp.c__GraphNode) (tptp.p__d__instance GRAPH tptp.c__GraphPath) (tptp.p__d__instance ARC tptp.c__GraphArc) (tptp.p__graphPart ARC GRAPH) (= (tptp.f__TerminalNodeFn1 ARC) NODE)) (forall ((OTHER $$unsorted)) (or (not (tptp.p__d__instance OTHER tptp.c__GraphArc)) (not (= (tptp.f__TerminalNodeFn1 OTHER) NODE)) (= OTHER ARC))))) (tptp.p__d__subclass tptp.c__GraphCircuit tptp.c__GraphPath) (forall ((GRAPH $$unsorted)) (=> (tptp.p__d__instance GRAPH tptp.c__GraphPath) (= (tptp.p__d__instance GRAPH tptp.c__GraphCircuit) (exists ((NODE $$unsorted)) (and (tptp.p__d__instance NODE tptp.c__GraphNode) (= (tptp.f__BeginNodeFn1 GRAPH) NODE) (= (tptp.f__EndNodeFn1 GRAPH) NODE)))))) (tptp.p__d__subclass tptp.c__MultiGraph tptp.c__Graph) (forall ((GRAPH $$unsorted)) (=> (tptp.p__d__instance GRAPH tptp.c__Graph) (= (tptp.p__d__instance GRAPH tptp.c__MultiGraph) (exists ((ARC1 $$unsorted) (ARC2 $$unsorted) (NODE1 $$unsorted) (NODE2 $$unsorted)) (and (tptp.p__d__instance ARC1 tptp.c__GraphArc) (tptp.p__d__instance ARC2 tptp.c__GraphArc) (tptp.p__d__instance NODE1 tptp.c__GraphNode) (tptp.p__d__instance NODE2 tptp.c__GraphNode) (tptp.p__graphPart ARC1 GRAPH) (tptp.p__graphPart ARC2 GRAPH) (tptp.p__graphPart NODE1 GRAPH) (tptp.p__graphPart NODE2 GRAPH) (tptp.p__links NODE1 NODE2 ARC1) (tptp.p__links NODE1 NODE2 ARC2) (not (= ARC1 ARC2))))))) (tptp.p__d__subclass tptp.c__PseudoGraph tptp.c__Graph) (forall ((GRAPH $$unsorted)) (=> (tptp.p__d__instance GRAPH tptp.c__Graph) (= (tptp.p__d__instance GRAPH tptp.c__PseudoGraph) (exists ((LOOP $$unsorted)) (and (tptp.p__d__instance LOOP tptp.c__GraphLoop) (tptp.p__graphPart LOOP GRAPH)))))) (tptp.p__d__subclass tptp.c__GraphElement tptp.c__Abstract) (tptp.p__d__partition3 tptp.c__GraphElement tptp.c__GraphNode tptp.c__GraphArc) (forall ((PART $$unsorted)) (=> (tptp.p__d__instance PART tptp.c__GraphElement) (exists ((GRAPH $$unsorted)) (and (tptp.p__d__instance GRAPH tptp.c__Graph) (tptp.p__graphPart PART GRAPH))))) (tptp.p__d__subclass tptp.c__GraphNode tptp.c__GraphElement) (forall ((NODE $$unsorted)) (=> (tptp.p__d__instance NODE tptp.c__GraphNode) (exists ((OTHER $$unsorted) (ARC $$unsorted)) (and (tptp.p__d__instance ARC tptp.c__GraphArc) (tptp.p__d__instance OTHER tptp.c__GraphNode) (tptp.p__links NODE OTHER ARC))))) (tptp.p__d__subclass tptp.c__GraphArc tptp.c__GraphElement) (forall ((ARC $$unsorted)) (=> (tptp.p__d__instance ARC tptp.c__GraphArc) (exists ((NODE1 $$unsorted) (NODE2 $$unsorted)) (and (tptp.p__d__instance NODE2 tptp.c__GraphNode) (tptp.p__d__instance NODE1 tptp.c__GraphNode) (tptp.p__links NODE1 NODE2 ARC))))) (tptp.p__d__subclass tptp.c__GraphLoop tptp.c__GraphArc) (forall ((LOOP $$unsorted)) (=> (tptp.p__d__instance LOOP tptp.c__GraphArc) (= (tptp.p__d__instance LOOP tptp.c__GraphLoop) (exists ((NODE $$unsorted)) (and (tptp.p__d__instance NODE tptp.c__GraphNode) (tptp.p__links NODE NODE LOOP)))))) (forall ((NODE $$unsorted) (ARC $$unsorted)) (=> (and (tptp.p__d__instance ARC tptp.c__GraphArc) (tptp.p__d__instance NODE tptp.c__GraphNode) (= (tptp.f__InitialNodeFn1 ARC) NODE) (= (tptp.f__TerminalNodeFn1 ARC) NODE)) (tptp.p__d__instance ARC tptp.c__GraphLoop))) (tptp.p__d__instance tptp.c__links tptp.c__TernaryPredicate) (forall ((NODE2 $$unsorted) (NODE1 $$unsorted) (ARC $$unsorted)) (=> (and (tptp.p__d__instance ARC tptp.c__GraphArc) (tptp.p__d__instance NODE2 tptp.c__GraphNode) (tptp.p__d__instance NODE1 tptp.c__GraphNode) (tptp.p__links NODE1 NODE2 ARC)) (tptp.p__links NODE2 NODE1 ARC))) (tptp.p__d__instance tptp.c__graphPart tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__graphPart tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__graphPart tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__subGraph tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__subGraph tptp.c__ReflexiveRelation) (tptp.p__d__instance tptp.c__subGraph tptp.c__TransitiveRelation) (forall ((GRAPH1 $$unsorted) (ELEMENT $$unsorted) (GRAPH2 $$unsorted)) (=> (and (tptp.p__d__instance GRAPH2 tptp.c__Graph) (tptp.p__d__instance GRAPH1 tptp.c__Graph) (tptp.p__d__instance ELEMENT tptp.c__GraphElement) (tptp.p__subGraph GRAPH1 GRAPH2) (tptp.p__graphPart ELEMENT GRAPH1)) (tptp.p__graphPart ELEMENT GRAPH2))) (tptp.p__d__instance tptp.c__pathLength tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__pathLength tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__pathLength tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__InitialNodeFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__InitialNodeFn tptp.c__PartialValuedRelation) (tptp.p__d__instance tptp.c__TerminalNodeFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__TerminalNodeFn tptp.c__PartialValuedRelation) (tptp.p__d__instance tptp.c__BeginNodeFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__BeginNodeFn tptp.c__TotalValuedRelation) (tptp.p__relatedInternalConcept tptp.c__BeginNodeFn tptp.c__InitialNodeFn) (tptp.p__d__instance tptp.c__EndNodeFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__EndNodeFn tptp.c__TotalValuedRelation) (tptp.p__relatedInternalConcept tptp.c__EndNodeFn tptp.c__TerminalNodeFn) (tptp.p__d__instance tptp.c__arcWeight tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__arcWeight tptp.c__SingleValuedRelation) (tptp.p__d__instance tptp.c__PathWeightFn tptp.c__UnaryFunction) (forall ((PATH $$unsorted) (ARC1 $$unsorted) (SUM $$unsorted) (SUBPATH $$unsorted) (NUMBER1 $$unsorted)) (=> (and (tptp.p__d__instance PATH tptp.c__GraphPath) (tptp.p__d__instance SUM tptp.c__Quantity) (tptp.p__d__instance SUBPATH tptp.c__GraphPath) (tptp.p__d__instance ARC1 tptp.c__GraphArc) (tptp.p__d__instance NUMBER1 tptp.c__Quantity) (= (tptp.f__PathWeightFn1 PATH) SUM) (tptp.p__subGraph SUBPATH PATH) (tptp.p__graphPart ARC1 PATH) (tptp.p__arcWeight ARC1 NUMBER1) (forall ((ARC2 $$unsorted)) (=> (and (tptp.p__d__instance ARC2 tptp.c__GraphElement) (tptp.p__graphPart ARC2 PATH)) (or (tptp.p__graphPart ARC2 SUBPATH) (= ARC2 ARC1))))) (= SUM (tptp.f__AdditionFn2 (tptp.f__PathWeightFn1 SUBPATH) NUMBER1)))) (forall ((SUM $$unsorted) (ARC1 $$unsorted) (ARC2 $$unsorted) (PATH $$unsorted) (NUMBER1 $$unsorted) (NUMBER2 $$unsorted)) (let ((_let_1 (tptp.f__PathWeightFn1 PATH))) (=> (and (tptp.p__d__instance PATH tptp.c__GraphPath) (tptp.p__d__instance SUM tptp.c__Quantity) (tptp.p__d__instance ARC1 tptp.c__GraphArc) (tptp.p__d__instance ARC2 tptp.c__GraphArc) (tptp.p__d__instance NUMBER1 tptp.c__Quantity) (tptp.p__d__instance NUMBER2 tptp.c__Quantity) (= _let_1 SUM) (tptp.p__graphPart ARC1 PATH) (tptp.p__graphPart ARC2 PATH) (tptp.p__arcWeight ARC1 NUMBER1) (tptp.p__arcWeight ARC2 NUMBER2) (forall ((ARC3 $$unsorted)) (=> (and (tptp.p__d__instance ARC3 tptp.c__GraphArc) (tptp.p__graphPart ARC3 PATH)) (or (= ARC3 ARC1) (= ARC3 ARC2))))) (= _let_1 (tptp.f__AdditionFn2 NUMBER1 NUMBER2))))) (tptp.p__d__instance tptp.c__MinimalWeightedPathFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__MaximalWeightedPathFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__GraphPathFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__GraphPathFn tptp.c__TotalValuedRelation) (forall ((GRAPH $$unsorted) (NODE2 $$unsorted) (NODE1 $$unsorted) (PATH $$unsorted)) (=> (and (tptp.p__d__instance GRAPH tptp.c__Graph) (tptp.p__d__instance PATH tptp.c__GraphElement) (tptp.p__d__subclass PATH tptp.c__GraphPath) (tptp.p__d__instance NODE2 tptp.c__GraphNode) (tptp.p__d__instance NODE1 tptp.c__GraphNode) (tptp.p__graphPart PATH GRAPH) (not (tptp.p__d__instance GRAPH tptp.c__DirectedGraph))) (= (= (tptp.f__GraphPathFn2 NODE1 NODE2) PATH) (= (tptp.f__GraphPathFn2 NODE2 NODE1) PATH)))) (tptp.p__d__instance tptp.c__CutSetFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__MinimalCutSetFn tptp.c__UnaryFunction) (tptp.p__relatedInternalConcept tptp.c__MinimalCutSetFn tptp.c__CutSetFn) (forall ((GRAPH $$unsorted) (PATHCLASS $$unsorted)) (=> (and (tptp.p__d__instance GRAPH tptp.c__Graph) (tptp.p__d__subclass PATHCLASS tptp.c__GraphPath) (= (tptp.f__MinimalCutSetFn1 GRAPH) PATHCLASS)) (exists ((NUMBER $$unsorted)) (and (tptp.p__d__instance NUMBER tptp.c__PositiveInteger) (forall ((PATH $$unsorted)) (=> (and (tptp.p__d__instance PATH tptp.c__GraphPath) (tptp.p__d__instance PATH PATHCLASS)) (tptp.p__pathLength PATH NUMBER))))))) (tptp.p__d__instance tptp.c__abstractCounterpart tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__abstractCounterpart tptp.c__represents) (tptp.p__d__subclass tptp.c__PhysicalSystem tptp.c__Physical) (tptp.p__d__instance tptp.c__subSystem tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__systemPart tptp.c__BinaryPredicate) (forall ((SUB $$unsorted) (PART $$unsorted) (SYSTEM $$unsorted)) (=> (and (tptp.p__d__instance SYSTEM tptp.c__PhysicalSystem) (tptp.p__d__instance SUB tptp.c__PhysicalSystem) (tptp.p__d__instance PART tptp.c__Physical) (tptp.p__subSystem SUB SYSTEM) (tptp.p__systemPart PART SUB)) (tptp.p__systemPart PART SYSTEM))) (tptp.p__d__instance tptp.c__graphMeasure tptp.c__BinaryPredicate) (forall ((M $$unsorted) (G $$unsorted) (AC $$unsorted)) (=> (and (tptp.p__d__instance M tptp.c__UnitOfMeasure) (tptp.p__d__instance G tptp.c__Graph) (tptp.p__d__instance AC tptp.c__GraphElement) (tptp.p__graphMeasure G M)) (and (tptp.p__graphPart AC G) (exists ((PC $$unsorted)) (and (tptp.p__d__instance PC tptp.c__Physical) (tptp.p__abstractCounterpart AC PC)))))) (forall ((G $$unsorted) (AN $$unsorted) (PN $$unsorted) (AA $$unsorted) (PA $$unsorted) (N $$unsorted) (M $$unsorted)) (let ((_let_1 (tptp.f__MeasureFn2 N M))) (=> (and (tptp.p__d__instance M tptp.c__UnitOfMeasure) (tptp.p__d__instance G tptp.c__Graph) (tptp.p__d__instance PN tptp.c__Physical) (tptp.p__d__instance PA tptp.c__Object) (tptp.p__d__instance N tptp.c__RealNumber) (tptp.p__graphMeasure G M) (tptp.p__d__instance AN tptp.c__GraphNode) (tptp.p__d__instance AA tptp.c__GraphArc) (tptp.p__abstractCounterpart AN PN) (tptp.p__abstractCounterpart AA PA) (tptp.p__arcWeight AA _let_1)) (tptp.p__measure PA _let_1)))) (tptp.p__d__subclass tptp.c__UnitOfMeasure tptp.c__PhysicalQuantity) (tptp.p__d__subclass tptp.c__CompositeUnitOfMeasure tptp.c__UnitOfMeasure) (tptp.p__d__subclass tptp.c__NonCompositeUnitOfMeasure tptp.c__UnitOfMeasure) (tptp.p__d__partition3 tptp.c__UnitOfMeasure tptp.c__CompositeUnitOfMeasure tptp.c__NonCompositeUnitOfMeasure) (tptp.p__d__subclass tptp.c__SystemeInternationalUnit tptp.c__UnitOfMeasure) (tptp.p__d__subclass tptp.c__LengthMeasure tptp.c__ConstantQuantity) (tptp.p__d__subclass tptp.c__UnitOfLength tptp.c__NonCompositeUnitOfMeasure) (tptp.p__d__subclass tptp.c__MassMeasure tptp.c__ConstantQuantity) (tptp.p__d__subclass tptp.c__UnitOfMass tptp.c__NonCompositeUnitOfMeasure) (tptp.p__d__subclass tptp.c__AreaMeasure tptp.c__FunctionQuantity) (tptp.p__d__subclass tptp.c__UnitOfArea tptp.c__CompositeUnitOfMeasure) (tptp.p__d__subclass tptp.c__VolumeMeasure tptp.c__FunctionQuantity) (tptp.p__d__subclass tptp.c__UnitOfVolume tptp.c__CompositeUnitOfMeasure) (tptp.p__d__subclass tptp.c__TemperatureMeasure tptp.c__ConstantQuantity) (tptp.p__d__subclass tptp.c__UnitOfTemperature tptp.c__NonCompositeUnitOfMeasure) (tptp.p__d__subclass tptp.c__CurrencyMeasure tptp.c__ConstantQuantity) (tptp.p__d__subclass tptp.c__UnitOfCurrency tptp.c__NonCompositeUnitOfMeasure) (tptp.p__d__subclass tptp.c__AngleMeasure tptp.c__ConstantQuantity) (tptp.p__d__subclass tptp.c__UnitOfAngularMeasure tptp.c__NonCompositeUnitOfMeasure) (tptp.p__d__subclass tptp.c__PlaneAngleMeasure tptp.c__AngleMeasure) (tptp.p__d__subclass tptp.c__SolidAngleMeasure tptp.c__AngleMeasure) (tptp.p__d__disjoint tptp.c__SolidAngleMeasure tptp.c__PlaneAngleMeasure) (tptp.p__d__subclass tptp.c__UnitOfInformation tptp.c__NonCompositeUnitOfMeasure) (tptp.p__d__subclass tptp.c__UnitOfDuration tptp.c__NonCompositeUnitOfMeasure) (tptp.p__d__instance tptp.c__MeasureFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__MeasureFn tptp.c__TotalValuedRelation) (forall ((NUMBER $$unsorted) (UNIT $$unsorted) (QUANT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= (tptp.f__MeasureFn2 NUMBER UNIT) QUANT) (tptp.p__d__instance UNIT tptp.c__UnitOfLength)) (tptp.p__d__instance QUANT tptp.c__LengthMeasure))) (forall ((NUMBER $$unsorted) (UNIT $$unsorted) (QUANT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= (tptp.f__MeasureFn2 NUMBER UNIT) QUANT) (tptp.p__d__instance UNIT tptp.c__UnitOfMass)) (tptp.p__d__instance QUANT tptp.c__MassMeasure))) (forall ((NUMBER $$unsorted) (UNIT $$unsorted) (QUANT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= (tptp.f__MeasureFn2 NUMBER UNIT) QUANT) (tptp.p__d__instance UNIT tptp.c__UnitOfArea)) (tptp.p__d__instance QUANT tptp.c__AreaMeasure))) (forall ((NUMBER $$unsorted) (UNIT $$unsorted) (QUANT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= (tptp.f__MeasureFn2 NUMBER UNIT) QUANT) (tptp.p__d__instance UNIT tptp.c__UnitOfVolume)) (tptp.p__d__instance QUANT tptp.c__VolumeMeasure))) (forall ((NUMBER $$unsorted) (UNIT $$unsorted) (QUANT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= (tptp.f__MeasureFn2 NUMBER UNIT) QUANT) (tptp.p__d__instance UNIT tptp.c__UnitOfTemperature)) (tptp.p__d__instance QUANT tptp.c__TemperatureMeasure))) (forall ((NUMBER $$unsorted) (UNIT $$unsorted) (QUANT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= (tptp.f__MeasureFn2 NUMBER UNIT) QUANT) (tptp.p__d__instance UNIT tptp.c__UnitOfCurrency)) (tptp.p__d__instance QUANT tptp.c__CurrencyMeasure))) (forall ((NUMBER $$unsorted) (UNIT $$unsorted) (QUANT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= (tptp.f__MeasureFn2 NUMBER UNIT) QUANT) (tptp.p__d__instance UNIT tptp.c__UnitOfAngularMeasure)) (tptp.p__d__instance QUANT tptp.c__AngleMeasure))) (forall ((NUMBER $$unsorted) (UNIT $$unsorted) (QUANT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= (tptp.f__MeasureFn2 NUMBER UNIT) QUANT) (tptp.p__d__instance UNIT tptp.c__UnitOfDuration)) (tptp.p__d__instance QUANT tptp.c__TimeDuration))) (forall ((NUMBER $$unsorted) (UNIT $$unsorted) (QUANT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= (tptp.f__MeasureFn2 NUMBER UNIT) QUANT) (tptp.p__d__instance UNIT tptp.c__UnitOfInformation)) (tptp.p__d__instance QUANT tptp.c__InformationMeasure))) (tptp.p__d__subclass tptp.c__UnitOfMeasureMultiplier tptp.c__UnaryFunction) (tptp.p__d__subclass tptp.c__UnitOfMeasureMultiplier tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__KiloFn tptp.c__UnitOfMeasureMultiplier) (forall ((KILOUNIT $$unsorted) (UNIT $$unsorted)) (=> (and (tptp.p__d__instance KILOUNIT tptp.c__UnitOfMeasure) (tptp.p__d__instance UNIT tptp.c__UnitOfMeasure) (= KILOUNIT (tptp.f__KiloFn1 UNIT))) (= (tptp.f__MeasureFn2 tptp.c__1 KILOUNIT) (tptp.f__MeasureFn2 tptp.c__1000 UNIT)))) (tptp.p__d__instance tptp.c__MegaFn tptp.c__UnitOfMeasureMultiplier) (forall ((MEGAUNIT $$unsorted) (UNIT $$unsorted)) (=> (and (tptp.p__d__instance MEGAUNIT tptp.c__UnitOfMeasure) (tptp.p__d__instance UNIT tptp.c__UnitOfMeasure) (= MEGAUNIT (tptp.f__MegaFn1 UNIT))) (= (tptp.f__MeasureFn2 tptp.c__1 MEGAUNIT) (tptp.f__MeasureFn2 tptp.c__1000000 UNIT)))) (tptp.p__d__instance tptp.c__GigaFn tptp.c__UnitOfMeasureMultiplier) (forall ((GIGAUNIT $$unsorted) (UNIT $$unsorted)) (=> (and (tptp.p__d__instance GIGAUNIT tptp.c__UnitOfMeasure) (tptp.p__d__instance UNIT tptp.c__UnitOfMeasure) (= GIGAUNIT (tptp.f__GigaFn1 UNIT))) (= (tptp.f__MeasureFn2 tptp.c__1 GIGAUNIT) (tptp.f__MeasureFn2 tptp.c__1000000000 UNIT)))) (tptp.p__d__instance tptp.c__TeraFn tptp.c__UnitOfMeasureMultiplier) (forall ((TERAUNIT $$unsorted) (UNIT $$unsorted)) (=> (and (tptp.p__d__instance TERAUNIT tptp.c__UnitOfMeasure) (tptp.p__d__instance UNIT tptp.c__UnitOfMeasure) (= TERAUNIT (tptp.f__TeraFn1 UNIT))) (= (tptp.f__MeasureFn2 tptp.c__1 TERAUNIT) (tptp.f__MeasureFn2 tptp.c__1000000000000 UNIT)))) (tptp.p__d__instance tptp.c__MilliFn tptp.c__UnitOfMeasureMultiplier) (tptp.p__d__instance tptp.c__MicroFn tptp.c__UnitOfMeasureMultiplier) (tptp.p__d__instance tptp.c__NanoFn tptp.c__UnitOfMeasureMultiplier) (tptp.p__d__instance tptp.c__PicoFn tptp.c__UnitOfMeasureMultiplier) (tptp.p__d__instance tptp.c__IntervalFn tptp.c__BinaryFunction) (tptp.p__relatedInternalConcept tptp.c__IntervalFn tptp.c__RecurrentTimeIntervalFn) (tptp.p__d__instance tptp.c__MagnitudeFn tptp.c__UnaryFunction) (forall ((UNIT $$unsorted) (QUANT $$unsorted) (NUMBER $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= NUMBER (tptp.f__MultiplicationFn2 tptp.c__1 NUMBER)) (tptp.p__d__instance UNIT tptp.c__UnitOfMeasure) (= QUANT (tptp.f__MeasureFn2 NUMBER UNIT))) (= (tptp.f__MagnitudeFn1 QUANT) NUMBER))) (tptp.p__d__instance tptp.c__UnitFn tptp.c__UnaryFunction) (forall ((NUMBER $$unsorted) (QUANT $$unsorted) (UNIT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= NUMBER (tptp.f__MultiplicationFn2 tptp.c__1 NUMBER)) (tptp.p__d__instance UNIT tptp.c__UnitOfMeasure) (= QUANT (tptp.f__MeasureFn2 NUMBER UNIT))) (= (tptp.f__UnitFn1 QUANT) UNIT))) (tptp.p__d__instance tptp.c__PerFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__PerFn tptp.c__TotalValuedRelation) (tptp.p__subrelation tptp.c__DensityFn tptp.c__PerFn) (tptp.p__d__instance tptp.c__DensityFn tptp.c__TotalValuedRelation) (tptp.p__subrelation tptp.c__SpeedFn tptp.c__PerFn) (tptp.p__d__instance tptp.c__SpeedFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__VelocityFn tptp.c__QuaternaryFunction) (tptp.p__d__instance tptp.c__VelocityFn tptp.c__TotalValuedRelation) (forall ((REF $$unsorted) (DIRECTION $$unsorted) (OBJECT $$unsorted) (DISTANCE $$unsorted) (TIME $$unsorted)) (=> (and (tptp.p__d__instance DIRECTION tptp.c__DirectionalAttribute) (tptp.p__d__instance REF tptp.c__Region) (tptp.p__d__instance TIME tptp.c__TimeDuration) (tptp.p__d__instance DISTANCE tptp.c__LengthMeasure) (tptp.p__d__instance OBJECT tptp.c__Object) (tptp.p__measure OBJECT (tptp.f__VelocityFn4 DISTANCE TIME REF DIRECTION))) (tptp.p__measure OBJECT (tptp.f__SpeedFn2 DISTANCE TIME)))) (tptp.p__d__instance tptp.c__Meter tptp.c__UnitOfLength) (tptp.p__d__instance tptp.c__Meter tptp.c__SystemeInternationalUnit) (tptp.p__d__instance tptp.c__Gram tptp.c__UnitOfMass) (tptp.p__d__instance tptp.c__Gram tptp.c__SystemeInternationalUnit) (tptp.p__d__instance tptp.c__SecondDuration tptp.c__UnitOfDuration) (tptp.p__d__instance tptp.c__SecondDuration tptp.c__SystemeInternationalUnit) (tptp.p__d__instance tptp.c__Ampere tptp.c__CompositeUnitOfMeasure) (tptp.p__d__instance tptp.c__Ampere tptp.c__SystemeInternationalUnit) (tptp.p__d__instance tptp.c__KelvinDegree tptp.c__UnitOfTemperature) (tptp.p__d__instance tptp.c__KelvinDegree tptp.c__SystemeInternationalUnit) (tptp.p__d__instance tptp.c__Mole tptp.c__UnitOfMass) (tptp.p__d__instance tptp.c__Mole tptp.c__SystemeInternationalUnit) (tptp.p__d__instance tptp.c__Candela tptp.c__CompositeUnitOfMeasure) (tptp.p__d__instance tptp.c__Candela tptp.c__SystemeInternationalUnit) (tptp.p__d__instance tptp.c__Liter tptp.c__UnitOfVolume) (tptp.p__d__instance tptp.c__Centimeter tptp.c__UnitOfLength) (tptp.p__d__instance tptp.c__Millimeter tptp.c__UnitOfLength) (tptp.p__d__instance tptp.c__Kilometer tptp.c__UnitOfLength) (forall ((NUMBER $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (= NUMBER (tptp.f__MultiplicationFn2 tptp.c__1 NUMBER))) (= (tptp.f__MeasureFn2 NUMBER tptp.c__Kilometer) (tptp.f__MeasureFn2 (tptp.f__MultiplicationFn2 NUMBER tptp.c__1000) tptp.c__Meter)))) (tptp.p__d__instance tptp.c__Radian tptp.c__UnitOfAngularMeasure) (tptp.p__d__instance tptp.c__Radian tptp.c__SystemeInternationalUnit) (tptp.p__d__instance tptp.c__Steradian tptp.c__UnitOfAngularMeasure) (tptp.p__d__instance tptp.c__Steradian tptp.c__SystemeInternationalUnit) (tptp.p__d__subclass tptp.c__FrequencyMeasure tptp.c__TimeDependentQuantity) (tptp.p__d__subclass tptp.c__UnitOfFrequency tptp.c__CompositeUnitOfMeasure) (forall ((NUMBER $$unsorted) (UNIT $$unsorted) (QUANT $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= (tptp.f__MeasureFn2 NUMBER UNIT) QUANT) (tptp.p__d__instance UNIT tptp.c__UnitOfFrequency)) (tptp.p__d__instance QUANT tptp.c__FrequencyMeasure))) (tptp.p__d__instance tptp.c__Hertz tptp.c__UnitOfFrequency) (tptp.p__d__instance tptp.c__Hertz tptp.c__SystemeInternationalUnit) (tptp.p__d__instance tptp.c__Newton tptp.c__CompositeUnitOfMeasure) (tptp.p__d__instance tptp.c__Newton tptp.c__SystemeInternationalUnit) (tptp.p__d__instance tptp.c__Pascal tptp.c__CompositeUnitOfMeasure) (tptp.p__d__instance tptp.c__Pascal tptp.c__SystemeInternationalUnit) 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(forall ((PROC $$unsorted)) (=> (tptp.p__d__instance PROC tptp.c__BiologicalProcess) (exists ((OBJ $$unsorted)) (and (tptp.p__d__instance OBJ tptp.c__Organism) (tptp.p__eventLocated PROC OBJ))))) (forall ((PROC $$unsorted) (ORG $$unsorted)) (=> (and (tptp.p__d__instance ORG tptp.c__Agent) (tptp.p__d__instance PROC tptp.c__BiologicalProcess) (tptp.p__experiencer PROC ORG)) (tptp.p__d__instance ORG tptp.c__Organism))) (tptp.p__d__subclass tptp.c__PhysiologicProcess tptp.c__BiologicalProcess) (tptp.p__d__subclass tptp.c__AutonomicProcess tptp.c__PhysiologicProcess) (tptp.p__d__disjoint tptp.c__AutonomicProcess tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__OrganOrTissueProcess tptp.c__AutonomicProcess) (tptp.p__d__disjoint tptp.c__OrganOrTissueProcess tptp.c__OrganismProcess) (forall ((PROC $$unsorted)) (=> (tptp.p__d__instance PROC tptp.c__OrganOrTissueProcess) (exists ((THING $$unsorted)) (and (tptp.p__d__instance THING tptp.c__Object) (tptp.p__eventLocated PROC THING) (or (tptp.p__d__instance THING tptp.c__Organ) (tptp.p__d__instance THING tptp.c__Tissue)))))) (tptp.p__d__subclass tptp.c__OrganismProcess tptp.c__PhysiologicProcess) (tptp.p__d__subclass tptp.c__Birth tptp.c__OrganismProcess) (forall ((BIRTH $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance BIRTH tptp.c__Birth) (tptp.p__experiencer BIRTH AGENT)) (exists ((DEATH $$unsorted)) (and (tptp.p__d__instance DEATH tptp.c__Death) (tptp.p__experiencer DEATH AGENT))))) (tptp.p__d__subclass tptp.c__Death tptp.c__OrganismProcess) (tptp.p__d__subclass tptp.c__Breathing tptp.c__OrganismProcess) (tptp.p__d__subclass tptp.c__Breathing tptp.c__AutonomicProcess) (tptp.p__d__subclass tptp.c__Ingesting tptp.c__OrganismProcess) (tptp.p__d__subclass tptp.c__Eating tptp.c__Ingesting) (forall ((ACT $$unsorted) (FOOD $$unsorted)) (=> (and (tptp.p__d__instance FOOD tptp.c__Object) (tptp.p__d__instance ACT tptp.c__Eating) (tptp.p__resource ACT FOOD)) (tptp.p__attribute FOOD tptp.c__Solid))) (tptp.p__d__subclass tptp.c__Drinking tptp.c__Ingesting) (forall ((ACT $$unsorted) (FOOD $$unsorted)) (=> (and (tptp.p__d__instance FOOD tptp.c__Object) (tptp.p__d__instance ACT tptp.c__Drinking) (tptp.p__resource ACT FOOD)) (tptp.p__attribute FOOD tptp.c__Liquid))) (tptp.p__d__subclass tptp.c__Digesting tptp.c__OrganismProcess) (tptp.p__d__subclass tptp.c__Digesting tptp.c__AutonomicProcess) (forall ((ORGANISM $$unsorted) (DIGEST $$unsorted)) (=> (and (tptp.p__d__instance ORGANISM tptp.c__Agent) (tptp.p__d__instance DIGEST tptp.c__Digesting) (tptp.p__agent DIGEST ORGANISM)) (exists ((INGEST $$unsorted)) (and (tptp.p__d__instance INGEST tptp.c__Ingesting) (tptp.p__agent INGEST ORGANISM) (tptp.p__overlapsTemporally (tptp.f__WhenFn1 INGEST) (tptp.f__WhenFn1 DIGEST)))))) (forall ((DIGEST $$unsorted)) (=> (tptp.p__d__instance DIGEST tptp.c__Digesting) (exists ((DECOMP $$unsorted)) (and (tptp.p__d__instance DECOMP tptp.c__ChemicalDecomposition) (tptp.p__subProcess DECOMP DIGEST))))) (tptp.p__d__subclass tptp.c__Growth tptp.c__AutonomicProcess) (tptp.p__d__subclass tptp.c__Replication tptp.c__OrganismProcess) (forall ((REP $$unsorted) (CHILD $$unsorted) (PARENT $$unsorted)) (=> (and (tptp.p__d__instance PARENT tptp.c__Organism) (tptp.p__d__instance CHILD tptp.c__Organism) (tptp.p__d__instance REP tptp.c__Replication) (tptp.p__agent REP PARENT) (tptp.p__result REP CHILD)) (tptp.p__parent CHILD PARENT))) (forall ((REP $$unsorted)) (=> (tptp.p__d__instance REP tptp.c__Replication) (exists ((BODY $$unsorted)) (and (tptp.p__d__instance BODY tptp.c__ReproductiveBody) (tptp.p__result REP BODY))))) (tptp.p__d__subclass tptp.c__SexualReproduction tptp.c__Replication) (tptp.p__d__disjoint tptp.c__SexualReproduction tptp.c__AsexualReproduction) (forall ((REP $$unsorted) (ORGANISM $$unsorted)) (=> (and (tptp.p__d__instance ORGANISM tptp.c__Organism) (tptp.p__d__instance REP tptp.c__SexualReproduction) (tptp.p__result REP ORGANISM)) (exists ((MOTHER $$unsorted) (FATHER $$unsorted)) (and (tptp.p__d__instance MOTHER tptp.c__Organism) (tptp.p__d__instance FATHER tptp.c__Organism) (tptp.p__mother ORGANISM MOTHER) (tptp.p__father ORGANISM FATHER))))) (tptp.p__d__subclass tptp.c__AsexualReproduction tptp.c__Replication) (forall ((REP $$unsorted) (ORGANISM $$unsorted) (PARENT1 $$unsorted) (PARENT2 $$unsorted)) (=> (and (tptp.p__d__instance ORGANISM tptp.c__Organism) (tptp.p__d__instance PARENT1 tptp.c__Organism) (tptp.p__d__instance PARENT2 tptp.c__Organism) (tptp.p__d__instance REP tptp.c__AsexualReproduction) (tptp.p__result REP ORGANISM) (tptp.p__parent ORGANISM PARENT1) (tptp.p__parent ORGANISM PARENT2)) (= PARENT1 PARENT2))) (tptp.p__d__subclass tptp.c__PsychologicalProcess tptp.c__BiologicalProcess) (forall ((PROCESS $$unsorted)) (=> (tptp.p__d__instance PROCESS tptp.c__PsychologicalProcess) (exists ((ANIMAL $$unsorted)) (and (tptp.p__d__instance ANIMAL tptp.c__Animal) (tptp.p__experiencer PROCESS ANIMAL))))) (tptp.p__d__subclass tptp.c__PathologicProcess tptp.c__BiologicalProcess) (tptp.p__d__disjoint tptp.c__PathologicProcess tptp.c__PhysiologicProcess) (forall ((PATH $$unsorted) (ORG $$unsorted)) (=> (and (tptp.p__d__instance ORG tptp.c__Agent) (tptp.p__d__instance PATH tptp.c__PathologicProcess) (tptp.p__experiencer PATH ORG)) (exists ((PART $$unsorted) (DISEASE $$unsorted)) (and (tptp.p__d__instance PART tptp.c__Object) (tptp.p__part PART ORG) (tptp.p__d__instance DISEASE tptp.c__DiseaseOrSyndrome) (tptp.p__attribute PART DISEASE))))) (tptp.p__d__subclass tptp.c__Injuring tptp.c__PathologicProcess) (tptp.p__d__subclass tptp.c__Injuring tptp.c__Damaging) (forall ((INJ $$unsorted)) (=> (tptp.p__d__instance INJ tptp.c__Process) (= (tptp.p__d__instance INJ tptp.c__Injuring) (and (tptp.p__d__instance INJ tptp.c__Damaging) (exists ((ORGANISM $$unsorted)) (and (tptp.p__d__instance ORGANISM tptp.c__Organism) (tptp.p__patient INJ ORGANISM))))))) (tptp.p__d__subclass tptp.c__Poisoning tptp.c__Injuring) (forall ((POISON $$unsorted)) (=> (tptp.p__d__instance POISON tptp.c__Poisoning) (exists ((THING $$unsorted)) (and (tptp.p__patient POISON THING) (or (tptp.p__d__instance THING tptp.c__Organism) (tptp.p__d__instance THING tptp.c__AnatomicalStructure)))))) (forall ((POISON $$unsorted)) (=> (tptp.p__d__instance POISON tptp.c__Poisoning) (exists ((SUBSTANCE $$unsorted)) (and (tptp.p__d__instance SUBSTANCE tptp.c__BiologicallyActiveSubstance) (tptp.p__instrument POISON SUBSTANCE))))) (tptp.p__d__subclass tptp.c__NaturalProcess tptp.c__Process) (tptp.p__d__disjoint tptp.c__NaturalProcess tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__IntentionalProcess tptp.c__Process) (forall ((PROC $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__d__instance PROC tptp.c__IntentionalProcess) (tptp.p__agent PROC AGENT)) (exists ((PURP $$unsorted)) (and (tptp.p__d__instance PURP tptp.c__Formula) (tptp.p__hasPurposeForAgent PROC PURP AGENT))))) (forall ((PROC $$unsorted)) (=> (tptp.p__d__instance PROC tptp.c__IntentionalProcess) (exists ((AGENT $$unsorted)) (and (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__agent PROC AGENT))))) (tptp.p__d__subclass tptp.c__IntentionalPsychologicalProcess tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__IntentionalPsychologicalProcess tptp.c__PsychologicalProcess) (tptp.p__d__subclass tptp.c__RecreationOrExercise tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__OrganizationalProcess tptp.c__IntentionalProcess) (forall ((ACT $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance AGENT tptp.c__SelfConnectedObject) (tptp.p__d__instance ACT tptp.c__OrganizationalProcess) (tptp.p__agent ACT AGENT)) (or (tptp.p__d__instance AGENT tptp.c__Organization) (exists ((ORG $$unsorted)) (and (tptp.p__d__instance ORG tptp.c__Organization) (tptp.p__member AGENT ORG)))))) (tptp.p__d__subclass tptp.c__Election tptp.c__OrganizationalProcess) (tptp.p__d__subclass tptp.c__ReligiousProcess tptp.c__OrganizationalProcess) (forall ((ACT $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance AGENT tptp.c__SelfConnectedObject) (tptp.p__d__instance ACT tptp.c__ReligiousProcess) (tptp.p__agent ACT AGENT)) (or (tptp.p__d__instance AGENT tptp.c__ReligiousOrganization) (exists ((ORG $$unsorted)) (and (tptp.p__member AGENT ORG) (tptp.p__d__instance ORG tptp.c__ReligiousOrganization)))))) (tptp.p__d__subclass tptp.c__JoiningAnOrganization tptp.c__OrganizationalProcess) (tptp.p__d__subclass tptp.c__LeavingAnOrganization tptp.c__OrganizationalProcess) (tptp.p__d__disjoint tptp.c__LeavingAnOrganization tptp.c__JoiningAnOrganization) (tptp.p__d__subclass tptp.c__Graduation tptp.c__LeavingAnOrganization) (forall ((GRAD $$unsorted) (ORG $$unsorted)) (=> (and (tptp.p__d__instance ORG tptp.c__Agent) (tptp.p__d__instance GRAD tptp.c__Graduation) (tptp.p__agent GRAD ORG)) (tptp.p__d__instance ORG tptp.c__EducationalOrganization))) (tptp.p__d__subclass tptp.c__Matriculation tptp.c__JoiningAnOrganization) (forall ((MAT $$unsorted) (ORG $$unsorted)) (=> (and (tptp.p__d__instance ORG tptp.c__Agent) (tptp.p__d__instance MAT tptp.c__Matriculation) (tptp.p__agent MAT ORG)) (tptp.p__d__instance ORG tptp.c__EducationalOrganization))) (tptp.p__d__subclass tptp.c__Hiring tptp.c__JoiningAnOrganization) (tptp.p__d__subclass tptp.c__TerminatingEmployment tptp.c__LeavingAnOrganization) (tptp.p__d__subclass tptp.c__PoliticalProcess tptp.c__OrganizationalProcess) (forall ((PROC $$unsorted)) (=> (tptp.p__d__instance PROC tptp.c__PoliticalProcess) (exists ((POL $$unsorted)) (and (tptp.p__d__instance POL tptp.c__SelfConnectedObject) (tptp.p__d__instance POL tptp.c__Agent) (or (tptp.p__d__instance POL tptp.c__Government) (exists ((GOV $$unsorted)) (and (tptp.p__d__instance GOV tptp.c__Government) (tptp.p__member POL GOV)))) (or (tptp.p__agent PROC POL) (tptp.p__patient PROC POL)))))) (tptp.p__d__subclass tptp.c__JudicialProcess tptp.c__PoliticalProcess) (forall ((PROCESS $$unsorted) (ORG $$unsorted)) (=> (and (tptp.p__d__instance PROCESS tptp.c__JudicialProcess) (tptp.p__agent PROCESS ORG) (tptp.p__d__instance ORG tptp.c__Organization)) (tptp.p__d__instance ORG tptp.c__JudicialOrganization))) (tptp.p__d__subclass tptp.c__LegalDecision tptp.c__JudicialProcess) (tptp.p__d__subclass tptp.c__LegalDecision tptp.c__Declaring) (forall ((DECISION $$unsorted)) (=> (tptp.p__d__instance DECISION tptp.c__LegalDecision) (exists ((ACTION $$unsorted)) (and (tptp.p__d__instance ACTION tptp.c__LegalAction) (tptp.p__refers DECISION ACTION))))) (forall ((DECISION $$unsorted)) (=> (tptp.p__d__instance DECISION tptp.c__LegalDecision) (exists ((DECIDE $$unsorted)) (and (tptp.p__d__instance DECIDE tptp.c__Deciding) (tptp.p__earlier (tptp.f__WhenFn1 DECIDE) (tptp.f__WhenFn1 DECISION)))))) (tptp.p__d__subclass tptp.c__MilitaryProcess tptp.c__PoliticalProcess) (tptp.p__d__subclass tptp.c__MilitaryProcess tptp.c__OrganizationalProcess) (tptp.p__d__subclass tptp.c__RegulatoryProcess tptp.c__Guiding) (tptp.p__d__subclass tptp.c__Managing tptp.c__OrganizationalProcess) (tptp.p__d__subclass tptp.c__Managing tptp.c__Guiding) (tptp.p__d__subclass tptp.c__Planning tptp.c__IntentionalPsychologicalProcess) (forall ((EVENT $$unsorted) (CBO $$unsorted)) (=> (and (tptp.p__d__instance EVENT tptp.c__Planning) (tptp.p__result EVENT CBO) (tptp.p__d__instance CBO tptp.c__ContentBearingObject)) (exists ((PLAN $$unsorted)) (and (tptp.p__d__instance PLAN tptp.c__Plan) (tptp.p__containsInformation CBO PLAN))))) (tptp.p__d__subclass tptp.c__Designing tptp.c__IntentionalPsychologicalProcess) (tptp.p__d__subclass tptp.c__Interpreting tptp.c__IntentionalPsychologicalProcess) (tptp.p__d__subclass tptp.c__QuantityChange tptp.c__InternalChange) (tptp.p__d__partition3 tptp.c__QuantityChange tptp.c__Increasing tptp.c__Decreasing) (tptp.p__d__subclass tptp.c__Increasing tptp.c__QuantityChange) (tptp.p__d__subclass tptp.c__Heating tptp.c__Increasing) (tptp.p__d__disjoint tptp.c__Heating tptp.c__Cooling) (tptp.p__d__subclass tptp.c__Decreasing tptp.c__QuantityChange) (tptp.p__d__subclass tptp.c__Cooling tptp.c__Decreasing) (tptp.p__d__instance tptp.c__moves tptp.c__CaseRole) (tptp.p__subrelation tptp.c__moves tptp.c__involvedInEvent) (tptp.p__d__instance tptp.c__changesLocation tptp.c__CaseRole) (tptp.p__subrelation tptp.c__changesLocation tptp.c__moves) (forall ((EVENT $$unsorted) (OBJ $$unsorted)) (let ((_let_1 (tptp.p__d__instance EVENT tptp.c__Translocation))) (=> (and (tptp.p__d__instance OBJ tptp.c__Agent) _let_1 (tptp.p__changesLocation EVENT OBJ)) (and _let_1 (tptp.p__d__instance OBJ tptp.c__Object) (or (tptp.p__patient EVENT OBJ) (tptp.p__agent EVENT OBJ) (tptp.p__experiencer EVENT OBJ)))))) (tptp.p__d__subclass tptp.c__Motion tptp.c__Process) (forall ((MOTION $$unsorted)) (=> (tptp.p__d__instance MOTION tptp.c__Motion) (exists ((OBJ $$unsorted)) (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__moves MOTION OBJ))))) (tptp.p__d__subclass tptp.c__MotionUpward tptp.c__Motion) (tptp.p__d__disjoint tptp.c__MotionUpward tptp.c__MotionDownward) (tptp.p__d__subclass tptp.c__MotionDownward tptp.c__Motion) (tptp.p__d__instance tptp.c__path tptp.c__CaseRole) (tptp.p__subrelation tptp.c__path tptp.c__eventPartlyLocated) (forall ((PROCESS $$unsorted) (MEASURE1 $$unsorted) (DISTANCE $$unsorted) (PATH1 $$unsorted) (SOURCE $$unsorted) (DEST $$unsorted) (OBJ $$unsorted)) (=> (and (tptp.p__d__instance PATH1 tptp.c__Object) (tptp.p__d__instance PROCESS tptp.c__Motion) (tptp.p__d__instance SOURCE tptp.c__Object) (tptp.p__d__instance DEST tptp.c__Object) (tptp.p__d__instance MEASURE1 tptp.c__LengthMeasure) (tptp.p__d__instance DISTANCE tptp.c__LengthMeasure) (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__path PROCESS PATH1) (tptp.p__origin PROCESS SOURCE) (tptp.p__destination PROCESS DEST) (tptp.p__length PATH1 MEASURE1) (tptp.p__distance SOURCE DEST DISTANCE) (not (tptp.p__greaterThan MEASURE1 DISTANCE)) (tptp.p__part OBJ PATH1)) (tptp.p__between SOURCE OBJ DEST))) (tptp.p__d__subclass tptp.c__BodyMotion tptp.c__Motion) (forall ((MOTION $$unsorted) (OBJ $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__d__instance MOTION tptp.c__BodyMotion) (tptp.p__moves MOTION OBJ)) (and (tptp.p__d__instance OBJ tptp.c__BodyPart) (tptp.p__patient MOTION OBJ)))) (forall ((MOTION $$unsorted)) (=> (tptp.p__d__instance MOTION tptp.c__BodyMotion) (exists ((AGENT $$unsorted)) (and (tptp.p__d__instance AGENT tptp.c__Organism) (tptp.p__agent MOTION AGENT))))) (tptp.p__d__subclass tptp.c__VocalCords tptp.c__Organ) (tptp.p__typicalPart tptp.c__VocalCords tptp.c__Human) (tptp.p__typicallyContainsPart tptp.c__VocalCords tptp.c__Human) (tptp.p__initialPart tptp.c__VocalCords tptp.c__Human) (tptp.p__d__subclass tptp.c__Vocalizing tptp.c__RadiatingSound) (forall ((VOCAL 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PROCESS COMPOUND))))) (tptp.p__d__subclass tptp.c__ChemicalDecomposition tptp.c__ChemicalProcess) (tptp.p__d__subclass tptp.c__ChemicalDecomposition tptp.c__Separating) (forall ((SUBSTANCE1 $$unsorted) (SUBSTANCE2 $$unsorted) (PROC $$unsorted)) (=> (and (tptp.p__d__instance PROC tptp.c__Process) (tptp.p__resource PROC SUBSTANCE1) (tptp.p__result PROC SUBSTANCE2) (tptp.p__d__instance SUBSTANCE1 tptp.c__CompoundSubstance) (tptp.p__d__instance SUBSTANCE2 tptp.c__ElementalSubstance)) (tptp.p__d__instance PROC tptp.c__ChemicalDecomposition))) (tptp.p__d__subclass tptp.c__Combustion tptp.c__ChemicalDecomposition) (forall ((COMBUSTION $$unsorted)) (=> (tptp.p__d__instance COMBUSTION tptp.c__Combustion) (exists ((HEAT $$unsorted) (LIGHT $$unsorted)) (and (tptp.p__d__instance HEAT tptp.c__Heating) (tptp.p__d__instance LIGHT tptp.c__RadiatingLight) (tptp.p__subProcess HEAT COMBUSTION) (tptp.p__subProcess LIGHT COMBUSTION))))) (tptp.p__d__instance tptp.c__Flammable tptp.c__PhysicalAttribute) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__Object) (tptp.p__attribute X tptp.c__Flammable)) (tptp.p__capability tptp.c__Combustion tptp.c__patient X))) (tptp.p__d__subclass tptp.c__InternalChange tptp.c__Process) (tptp.p__d__subclass tptp.c__SurfaceChange tptp.c__InternalChange) (tptp.p__d__subclass tptp.c__Coloring tptp.c__SurfaceChange) (tptp.p__d__subclass tptp.c__ShapeChange tptp.c__InternalChange) (tptp.p__d__subclass tptp.c__ContentDevelopment tptp.c__IntentionalProcess) (forall ((DEVELOP $$unsorted)) (=> (tptp.p__d__instance DEVELOP tptp.c__ContentDevelopment) (exists ((OBJ $$unsorted)) (and (tptp.p__d__instance OBJ tptp.c__ContentBearingObject) (tptp.p__result DEVELOP OBJ))))) (tptp.p__d__subclass tptp.c__Reading tptp.c__ContentDevelopment) (forall ((READ $$unsorted)) (=> (tptp.p__d__instance READ tptp.c__Reading) (exists ((TEXT $$unsorted) (PROP $$unsorted)) (and (tptp.p__d__instance PROP tptp.c__Proposition) (tptp.p__d__instance TEXT tptp.c__Text) (tptp.p__containsInformation TEXT PROP) (tptp.p__realization READ PROP))))) (tptp.p__d__subclass tptp.c__Writing tptp.c__ContentDevelopment) (tptp.p__d__subclass tptp.c__Encoding tptp.c__Writing) (tptp.p__d__subclass tptp.c__Decoding tptp.c__Writing) (tptp.p__d__disjoint tptp.c__Decoding tptp.c__Encoding) (tptp.p__d__subclass tptp.c__Translating tptp.c__ContentDevelopment) (tptp.p__d__subclass tptp.c__Translating tptp.c__DualObjectProcess) (forall ((TRANSLATE $$unsorted) (EXPRESSION1 $$unsorted) (EXPRESSION2 $$unsorted)) (=> (and (tptp.p__d__instance EXPRESSION1 tptp.c__LinguisticExpression) (tptp.p__d__instance EXPRESSION2 tptp.c__LinguisticExpression) (tptp.p__d__instance TRANSLATE tptp.c__Translating) (tptp.p__patient TRANSLATE EXPRESSION1) (tptp.p__result TRANSLATE EXPRESSION2)) (exists ((LANGUAGE1 $$unsorted) (LANGUAGE2 $$unsorted) (ENTITY $$unsorted)) (and (tptp.p__d__instance LANGUAGE1 tptp.c__Language) (tptp.p__d__instance LANGUAGE2 tptp.c__Language) (tptp.p__representsInLanguage EXPRESSION1 ENTITY LANGUAGE1) (tptp.p__representsInLanguage EXPRESSION2 ENTITY LANGUAGE2) (not (= LANGUAGE1 LANGUAGE2)))))) (tptp.p__d__subclass tptp.c__Wetting tptp.c__Putting) (forall ((WET $$unsorted)) (=> (tptp.p__d__instance WET tptp.c__Wetting) (exists ((OBJ $$unsorted)) (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__attribute OBJ tptp.c__Liquid) (tptp.p__patient WET OBJ))))) (tptp.p__d__subclass tptp.c__Drying tptp.c__Removing) (tptp.p__d__subclass tptp.c__Creation tptp.c__InternalChange) (forall ((ACTION $$unsorted)) (=> (tptp.p__d__instance ACTION tptp.c__Creation) (exists ((RESULT $$unsorted)) (tptp.p__result ACTION RESULT)))) (forall ((PROCESS $$unsorted)) (=> (tptp.p__d__instance PROCESS tptp.c__Process) (= (tptp.p__d__instance PROCESS tptp.c__Creation) (exists ((PATIENT $$unsorted)) (let ((_let_1 (tptp.f__WhenFn1 PROCESS))) (and (tptp.p__d__instance PATIENT tptp.c__Physical) (tptp.p__patient PROCESS PATIENT) (tptp.p__time PATIENT (tptp.f__EndFn1 _let_1)) (not (tptp.p__time PATIENT (tptp.f__BeginFn1 _let_1))))))))) (tptp.p__d__subclass tptp.c__Making tptp.c__Creation) (tptp.p__d__subclass tptp.c__Making tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__Constructing tptp.c__Making) (forall ((ARTIFACT $$unsorted)) (= (exists ((BUILD $$unsorted)) (and (tptp.p__d__instance BUILD tptp.c__Constructing) (tptp.p__result BUILD ARTIFACT))) (tptp.p__d__instance ARTIFACT tptp.c__StationaryArtifact))) (tptp.p__d__subclass tptp.c__Manufacture tptp.c__Making) (tptp.p__d__subclass tptp.c__Publication tptp.c__Manufacture) (tptp.p__d__subclass tptp.c__Publication tptp.c__ContentDevelopment) (forall ((PUB $$unsorted) (TEXT $$unsorted)) (=> (and (tptp.p__d__instance PUB tptp.c__Publication) (tptp.p__patient PUB TEXT)) (tptp.p__d__instance TEXT tptp.c__Text))) (tptp.p__d__subclass tptp.c__Cooking tptp.c__Making) (tptp.p__d__subclass tptp.c__Pursuing tptp.c__IntentionalProcess) (forall ((PURSUE $$unsorted)) (=> (tptp.p__d__instance PURSUE tptp.c__Pursuing) (exists ((OBJ $$unsorted)) (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__patient PURSUE OBJ))))) (tptp.p__d__subclass tptp.c__Hunting tptp.c__Pursuing) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__Hunting) (exists ((T $$unsorted)) (and (tptp.p__d__instance T tptp.c__Animal) (tptp.p__patient H T))))) (tptp.p__d__subclass tptp.c__Investigating tptp.c__IntentionalPsychologicalProcess) (forall ((INVESTIGATE $$unsorted) (PROP $$unsorted)) (=> (and (tptp.p__d__instance INVESTIGATE tptp.c__Investigating) (tptp.p__patient INVESTIGATE PROP)) (tptp.p__d__instance PROP tptp.c__Formula))) (tptp.p__d__subclass tptp.c__Experimenting tptp.c__Investigating) (tptp.p__d__subclass tptp.c__DiagnosticProcess tptp.c__Investigating) (tptp.p__d__subclass tptp.c__SocialInteraction tptp.c__IntentionalProcess) (forall ((INTERACTION $$unsorted)) (=> (tptp.p__d__instance INTERACTION tptp.c__SocialInteraction) (exists ((AGENT1 $$unsorted) (AGENT2 $$unsorted)) (and (tptp.p__involvedInEvent INTERACTION AGENT1) (tptp.p__involvedInEvent INTERACTION AGENT2) (tptp.p__d__instance AGENT1 tptp.c__Agent) (tptp.p__d__instance AGENT2 tptp.c__Agent) (not (= AGENT1 AGENT2)))))) (tptp.p__d__subclass tptp.c__Pretending tptp.c__SocialInteraction) (tptp.p__d__subclass tptp.c__Communication tptp.c__SocialInteraction) (tptp.p__d__subclass tptp.c__Communication tptp.c__ContentBearingProcess) (tptp.p__d__partition7 tptp.c__Communication tptp.c__Stating tptp.c__Supposing tptp.c__Directing tptp.c__Committing tptp.c__Expressing tptp.c__Declaring) (forall ((COMMUNICATE $$unsorted)) (=> (tptp.p__d__instance COMMUNICATE tptp.c__Communication) (exists ((PHYS $$unsorted) (ENTITY $$unsorted) (AGENT1 $$unsorted) (AGENT2 $$unsorted)) (and (tptp.p__refers PHYS ENTITY) (tptp.p__patient COMMUNICATE PHYS) (tptp.p__d__instance AGENT1 tptp.c__CognitiveAgent) (tptp.p__agent COMMUNICATE AGENT1) (tptp.p__d__instance AGENT2 tptp.c__CognitiveAgent) (tptp.p__destination 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tptp.c__Communication) (forall ((AGENT $$unsorted) (EXPRESS $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance EXPRESS tptp.c__Expressing) (tptp.p__agent EXPRESS AGENT)) (exists ((STATE $$unsorted)) (and (tptp.p__d__instance STATE tptp.c__StateOfMind) (tptp.p__attribute AGENT STATE) (tptp.p__represents EXPRESS STATE))))) (tptp.p__d__subclass tptp.c__LinguisticCommunication tptp.c__Communication) (forall ((COMMUNICATE $$unsorted)) (=> (tptp.p__d__instance COMMUNICATE tptp.c__LinguisticCommunication) (exists ((OBJ $$unsorted)) (and (tptp.p__represents COMMUNICATE OBJ) (tptp.p__d__instance OBJ tptp.c__LinguisticExpression) (tptp.p__patient COMMUNICATE OBJ))))) (tptp.p__d__subclass tptp.c__Stating tptp.c__LinguisticCommunication) (tptp.p__d__subclass tptp.c__Disagreeing tptp.c__Stating) (forall ((DIS $$unsorted)) (=> (tptp.p__d__instance DIS tptp.c__Disagreeing) (exists ((A1 $$unsorted) (A2 $$unsorted) (STATE1 $$unsorted) (STATE2 $$unsorted) (STMT1 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tptp.c__Ordering) (tptp.p__patient ORDER FORMULA)) (tptp.p__modalAttribute FORMULA tptp.c__Obligation))) (tptp.p__d__subclass tptp.c__Requesting tptp.c__Directing) (forall ((REQUEST $$unsorted) (AGENT $$unsorted) (FORMULA $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__d__instance REQUEST tptp.c__Requesting) (tptp.p__agent REQUEST AGENT) (tptp.p__patient REQUEST FORMULA) (tptp.p__d__instance FORMULA tptp.c__Formula)) (tptp.p__desires AGENT FORMULA))) (tptp.p__d__subclass tptp.c__Questioning tptp.c__Directing) (tptp.p__d__subclass tptp.c__Committing tptp.c__LinguisticCommunication) (forall ((COMMIT $$unsorted) (FORMULA $$unsorted)) (=> (and (tptp.p__d__instance COMMIT tptp.c__Committing) (tptp.p__patient COMMIT FORMULA) (tptp.p__d__instance FORMULA tptp.c__Formula)) (tptp.p__modalAttribute FORMULA tptp.c__Promise))) (tptp.p__d__subclass tptp.c__Offering tptp.c__Committing) (tptp.p__d__subclass tptp.c__Declaring tptp.c__LinguisticCommunication) (forall ((DECLARE $$unsorted)) (=> (tptp.p__d__instance DECLARE tptp.c__Declaring) (exists ((PROP $$unsorted) (NORM $$unsorted)) (and (tptp.p__d__instance NORM tptp.c__ObjectiveNorm) (tptp.p__d__instance PROP tptp.c__Formula) (or (tptp.p__confersNorm DECLARE PROP NORM) (tptp.p__deprivesNorm DECLARE PROP NORM)))))) (tptp.p__d__subclass tptp.c__Naming tptp.c__Declaring) (tptp.p__d__subclass tptp.c__Cooperation tptp.c__SocialInteraction) (forall ((COOPERATE $$unsorted)) (=> (tptp.p__d__instance COOPERATE tptp.c__Cooperation) (exists ((PURP $$unsorted)) (and (tptp.p__d__instance PURP tptp.c__Formula) (forall ((AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__agent COOPERATE AGENT)) (tptp.p__hasPurposeForAgent COOPERATE PURP AGENT))))))) (tptp.p__d__subclass tptp.c__Meeting tptp.c__SocialInteraction) (tptp.p__d__subclass tptp.c__Contest tptp.c__SocialInteraction) (forall ((CONTEST $$unsorted)) (=> (tptp.p__d__instance CONTEST tptp.c__Contest) (exists ((AGENT1 $$unsorted) (AGENT2 $$unsorted) (PURP1 $$unsorted) (PURP2 $$unsorted)) (and (tptp.p__d__instance AGENT1 tptp.c__CognitiveAgent) (tptp.p__d__instance AGENT2 tptp.c__CognitiveAgent) (tptp.p__d__instance PURP1 tptp.c__Formula) (tptp.p__d__instance PURP2 tptp.c__Formula) (tptp.p__agent CONTEST AGENT1) (tptp.p__agent CONTEST AGENT2) (tptp.p__hasPurposeForAgent CONTEST PURP1 AGENT1) (tptp.p__hasPurposeForAgent CONTEST PURP2 AGENT2) (not (= AGENT1 AGENT2)) (not (= PURP1 PURP2)))))) (tptp.p__d__subclass tptp.c__ViolentContest tptp.c__Contest) (tptp.p__d__subclass tptp.c__War tptp.c__ViolentContest) (forall ((WAR $$unsorted)) (=> (tptp.p__d__instance WAR tptp.c__War) (exists ((BATTLE $$unsorted)) (and (tptp.p__d__instance BATTLE tptp.c__Battle) (tptp.p__subProcess BATTLE WAR))))) (forall ((WAR $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance AGENT tptp.c__Collection) (tptp.p__d__instance WAR tptp.c__War) (tptp.p__agent WAR AGENT)) (or (tptp.p__d__instance AGENT tptp.c__GeopoliticalArea) (and (tptp.p__d__instance AGENT tptp.c__Organization) (forall ((MEMBER $$unsorted)) (=> (and (tptp.p__d__instance MEMBER tptp.c__SelfConnectedObject) (tptp.p__member MEMBER AGENT)) (tptp.p__d__instance MEMBER tptp.c__GeopoliticalArea))))))) (tptp.p__d__subclass tptp.c__Battle tptp.c__ViolentContest) (forall ((BATTLE $$unsorted)) (=> (tptp.p__d__instance BATTLE tptp.c__Battle) (exists ((WAR $$unsorted)) (and (tptp.p__d__instance WAR tptp.c__War) (tptp.p__subProcess BATTLE WAR))))) (forall ((BATTLE $$unsorted)) (=> (tptp.p__d__instance BATTLE tptp.c__Battle) (exists ((ATTACK $$unsorted)) (and (tptp.p__d__instance ATTACK tptp.c__ViolentContest) (tptp.p__subProcess ATTACK BATTLE))))) (tptp.p__d__subclass tptp.c__Game tptp.c__Contest) (tptp.p__d__subclass tptp.c__Game tptp.c__RecreationOrExercise) (tptp.p__d__subclass tptp.c__Sport tptp.c__Game) (tptp.p__d__subclass tptp.c__LegalAction tptp.c__Contest) (tptp.p__d__subclass tptp.c__Maneuver tptp.c__IntentionalProcess) (forall ((MOVE $$unsorted)) (=> (tptp.p__d__instance MOVE tptp.c__Maneuver) (exists ((CONTEST $$unsorted)) (and (tptp.p__d__instance CONTEST tptp.c__Contest) (tptp.p__subProcess MOVE CONTEST))))) (tptp.p__d__subclass tptp.c__Attack tptp.c__Maneuver) (forall ((ATTACK $$unsorted)) (=> (tptp.p__d__instance ATTACK tptp.c__Attack) (exists ((CONTEST $$unsorted)) (and (tptp.p__d__instance CONTEST tptp.c__ViolentContest) (tptp.p__subProcess ATTACK CONTEST))))) (tptp.p__d__subclass tptp.c__DefensiveManeuver tptp.c__Maneuver) (forall ((DEFENSE $$unsorted)) (=> (tptp.p__d__instance DEFENSE tptp.c__DefensiveManeuver) (exists ((CONTEST $$unsorted)) (and (tptp.p__d__instance CONTEST tptp.c__ViolentContest) (tptp.p__subProcess DEFENSE CONTEST))))) (forall ((CONTEST $$unsorted) (MANEUVER $$unsorted)) (=> (and (tptp.p__d__instance MANEUVER tptp.c__Maneuver) (tptp.p__d__instance CONTEST tptp.c__ViolentContest) (tptp.p__subProcess MANEUVER CONTEST)) (or (tptp.p__d__instance MANEUVER tptp.c__Attack) (tptp.p__d__instance MANEUVER tptp.c__DefensiveManeuver)))) (tptp.p__d__subclass tptp.c__Perception tptp.c__PsychologicalProcess) (forall ((PERCEPT $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance PERCEPT tptp.c__Perception) (tptp.p__agent PERCEPT AGENT)) (tptp.p__d__instance AGENT tptp.c__Animal))) (forall ((AGENT $$unsorted)) (=> (tptp.p__d__instance AGENT tptp.c__SentientAgent) (tptp.p__capability tptp.c__Perception tptp.c__experiencer AGENT))) (tptp.p__d__subclass tptp.c__Seeing tptp.c__Perception) (tptp.p__d__subclass tptp.c__Looking tptp.c__Seeing) (tptp.p__d__subclass tptp.c__Looking tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__Smelling tptp.c__Perception) (forall ((SMELL $$unsorted) (OBJ $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__d__instance SMELL tptp.c__Smelling) (tptp.p__patient SMELL OBJ)) (exists ((ATTR $$unsorted)) (and (tptp.p__d__instance ATTR tptp.c__OlfactoryAttribute) (tptp.p__attribute OBJ ATTR))))) (tptp.p__d__subclass tptp.c__Tasting tptp.c__Perception) (forall ((TASTE $$unsorted) (OBJ $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__d__instance TASTE tptp.c__Tasting) (tptp.p__patient TASTE OBJ)) (exists ((ATTR $$unsorted)) (and (tptp.p__d__instance ATTR tptp.c__TasteAttribute) (tptp.p__attribute OBJ ATTR))))) (tptp.p__d__subclass tptp.c__Hearing tptp.c__Perception) (forall ((HEAR $$unsorted) (OBJ $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__d__instance HEAR tptp.c__Hearing) (tptp.p__patient HEAR OBJ)) (exists ((ATTR $$unsorted)) (and (tptp.p__d__instance ATTR tptp.c__SoundAttribute) (tptp.p__attribute OBJ ATTR))))) (tptp.p__d__subclass tptp.c__SoundAttribute tptp.c__PerceptualAttribute) (tptp.p__d__instance tptp.c__Audible tptp.c__SoundAttribute) (tptp.p__d__subclass tptp.c__Listening tptp.c__Hearing) (tptp.p__d__subclass tptp.c__Listening tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__TactilePerception tptp.c__Perception) (forall ((TACTILE $$unsorted)) (=> (tptp.p__d__instance TACTILE tptp.c__TactilePerception) (exists ((TOUCH $$unsorted)) (and (tptp.p__d__instance TOUCH tptp.c__Touching) (tptp.p__subProcess TOUCH TACTILE))))) (tptp.p__d__subclass tptp.c__Radiating tptp.c__Motion) (tptp.p__d__subclass tptp.c__RadiatingLight tptp.c__RadiatingElectromagnetic) (forall ((REGION $$unsorted)) (=> (tptp.p__d__instance REGION tptp.c__Object) (= (exists ((EMIT $$unsorted)) (and (tptp.p__d__instance EMIT tptp.c__RadiatingLight) (tptp.p__patient EMIT REGION) (tptp.p__d__instance REGION tptp.c__Region))) (tptp.p__attribute REGION tptp.c__Illuminated)))) (tptp.p__d__subclass tptp.c__RadiatingInfrared tptp.c__RadiatingElectromagnetic) (tptp.p__d__subclass tptp.c__RadiatingXRay tptp.c__RadiatingElectromagnetic) (tptp.p__d__subclass tptp.c__RadiatingSound tptp.c__Radiating) (forall ((EMIT $$unsorted) (SOUND $$unsorted)) (=> (and (tptp.p__d__instance SOUND tptp.c__Agent) (tptp.p__d__instance EMIT tptp.c__RadiatingSound) (tptp.p__agent EMIT SOUND)) (exists ((ATTR $$unsorted)) (and (tptp.p__d__instance ATTR tptp.c__SoundAttribute) (tptp.p__attribute SOUND ATTR))))) (tptp.p__d__subclass tptp.c__MakingMusic tptp.c__RadiatingSound) (tptp.p__d__partition3 tptp.c__MakingMusic tptp.c__MakingInstrumentalMusic tptp.c__MakingVocalMusic) (tptp.p__d__subclass tptp.c__MakingInstrumentalMusic tptp.c__MakingMusic) (forall ((M $$unsorted)) (=> (tptp.p__d__instance M tptp.c__MakingInstrumentalMusic) (exists ((I $$unsorted)) (and (tptp.p__d__instance I tptp.c__MusicalInstrument) (tptp.p__instrument M I))))) (tptp.p__d__subclass tptp.c__MakingVocalMusic tptp.c__MakingMusic) (tptp.p__d__subclass tptp.c__MakingVocalMusic tptp.c__Vocalizing) (tptp.p__d__subclass tptp.c__Singing tptp.c__MakingVocalMusic) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Singing) (exists ((W $$unsorted)) (and (tptp.p__patient S W) (tptp.p__d__instance W tptp.c__Word))))) (tptp.p__d__subclass tptp.c__RadiatingElectromagnetic tptp.c__Radiating) (tptp.p__d__subclass tptp.c__RadiatingNuclear tptp.c__Radiating) (tptp.p__d__subclass tptp.c__StateChange tptp.c__InternalChange) (tptp.p__d__instance tptp.c__atomicNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__atomicNumber tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__boilingPoint tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__meltingPoint tptp.c__BinaryPredicate) (forall ((TYPE $$unsorted) (BOIL $$unsorted) (MELT $$unsorted)) (=> (and (tptp.p__d__instance MELT tptp.c__TemperatureMeasure) (tptp.p__d__subclass TYPE tptp.c__PureSubstance) (tptp.p__d__instance BOIL tptp.c__TemperatureMeasure) (tptp.p__meltingPoint TYPE MELT) (tptp.p__boilingPoint TYPE BOIL)) (tptp.p__greaterThanOrEqualTo BOIL MELT))) (tptp.p__d__subclass tptp.c__Melting tptp.c__StateChange) (forall ((MELT $$unsorted)) (=> (tptp.p__d__instance MELT tptp.c__Melting) (exists ((HEAT $$unsorted)) (and (tptp.p__d__instance HEAT tptp.c__Heating) (tptp.p__subProcess HEAT MELT))))) (tptp.p__d__subclass tptp.c__Boiling tptp.c__StateChange) (forall ((BOIL $$unsorted)) (=> (tptp.p__d__instance BOIL tptp.c__Boiling) (exists ((HEAT $$unsorted)) (and (tptp.p__d__instance HEAT tptp.c__Heating) (tptp.p__subProcess HEAT BOIL))))) (tptp.p__d__subclass tptp.c__Evaporating tptp.c__StateChange) (tptp.p__d__subclass tptp.c__Condensing tptp.c__StateChange) (forall ((COND $$unsorted)) (=> (tptp.p__d__instance COND tptp.c__Condensing) (exists ((COOL $$unsorted)) (and (tptp.p__d__instance COOL tptp.c__Cooling) (tptp.p__subProcess COOL COND))))) (tptp.p__d__subclass tptp.c__Freezing tptp.c__StateChange) (forall ((FREEZE $$unsorted)) (=> (tptp.p__d__instance FREEZE tptp.c__Freezing) (exists ((COOL $$unsorted)) (and (tptp.p__d__instance COOL tptp.c__Cooling) (tptp.p__subProcess COOL FREEZE))))) (tptp.p__d__subclass tptp.c__AstronomicalBody tptp.c__Object) (tptp.p__d__disjoint tptp.c__AstronomicalBody tptp.c__GeographicArea) (tptp.p__d__subclass tptp.c__GeographicArea tptp.c__Region) (tptp.p__d__partition3 tptp.c__GeographicArea tptp.c__WaterArea tptp.c__LandArea) (tptp.p__d__subclass tptp.c__LocalizablePlace tptp.c__GeographicArea) (tptp.p__d__instance tptp.c__geographicSubregion tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__geographicSubregion tptp.c__TransitiveRelation) (tptp.p__d__instance tptp.c__geographicSubregion tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__geographicSubregion tptp.c__properPart) (tptp.p__subrelation tptp.c__geographicSubregion tptp.c__located) (tptp.p__d__subclass tptp.c__GeopoliticalArea tptp.c__GeographicArea) (tptp.p__d__subclass tptp.c__GeopoliticalArea tptp.c__Agent) (forall ((AREA $$unsorted) (PERSON $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__d__instance AREA tptp.c__GeopoliticalArea) (tptp.p__leader (tptp.f__GovernmentFn1 AREA) PERSON)) (tptp.p__leader AREA PERSON))) (forall ((AREA $$unsorted) (PERSON $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__d__instance AREA tptp.c__GeopoliticalArea) (tptp.p__leader AREA PERSON)) (tptp.p__leader (tptp.f__GovernmentFn1 AREA) PERSON))) (forall ((AGENT $$unsorted) (EVENT $$unsorted)) (=> (and (tptp.p__d__instance EVENT tptp.c__Election) (tptp.p__agent EVENT AGENT) (tptp.p__d__instance AGENT tptp.c__GeopoliticalArea)) (tptp.p__d__instance EVENT tptp.c__PoliticalProcess))) (tptp.p__d__instance tptp.c__geopoliticalSubdivision tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__geopoliticalSubdivision tptp.c__TransitiveRelation) (tptp.p__subrelation tptp.c__geopoliticalSubdivision tptp.c__geographicSubregion) (tptp.p__d__subclass tptp.c__WaterArea tptp.c__GeographicArea) (forall ((AREA $$unsorted)) (=> (tptp.p__d__instance AREA tptp.c__WaterArea) (exists ((BED $$unsorted) (HOLE $$unsorted) (WATER $$unsorted)) (and (tptp.p__d__instance HOLE tptp.c__Hole) (tptp.p__d__instance BED tptp.c__Object) (= (tptp.f__HoleHostFn1 HOLE) BED) (tptp.p__d__instance WATER tptp.c__Water) (tptp.p__properlyFills WATER HOLE) (= (tptp.f__MereologicalSumFn2 BED WATER) AREA))))) (tptp.p__d__subclass tptp.c__SaltWaterArea tptp.c__WaterArea) (tptp.p__d__disjoint tptp.c__SaltWaterArea tptp.c__FreshWaterArea) (tptp.p__d__subclass tptp.c__FreshWaterArea tptp.c__WaterArea) (tptp.p__d__subclass tptp.c__LandArea tptp.c__GeographicArea) (forall ((LAND1 $$unsorted)) (=> (tptp.p__d__instance LAND1 tptp.c__LandArea) (exists ((LAND2 $$unsorted)) (and (tptp.p__d__instance LAND2 tptp.c__Object) (tptp.p__part LAND1 LAND2) (or (tptp.p__d__instance LAND2 tptp.c__Continent) (tptp.p__d__instance LAND2 tptp.c__Island)))))) (tptp.p__d__subclass tptp.c__ShoreArea tptp.c__LandArea) (forall ((BANK $$unsorted)) (=> (tptp.p__d__instance BANK tptp.c__ShoreArea) (exists ((WATER $$unsorted)) (and (tptp.p__d__instance WATER tptp.c__WaterArea) (tptp.p__meetsSpatially BANK WATER))))) (tptp.p__d__subclass tptp.c__Continent tptp.c__LandArea) (= (tptp.f__CardinalityFn1 tptp.c__Continent) tptp.c__7) (tptp.p__d__subclass tptp.c__Island tptp.c__LandArea) (forall ((ISLAND $$unsorted)) (=> (tptp.p__d__instance ISLAND tptp.c__Island) (forall ((AREA $$unsorted) (PART1 $$unsorted) (PART2 $$unsorted)) (or (not (tptp.p__d__instance AREA tptp.c__Object)) (not (tptp.p__d__instance PART1 tptp.c__Object)) (not (tptp.p__d__instance PART2 tptp.c__Object)) (not (tptp.p__d__instance AREA tptp.c__LandArea)) (not (tptp.p__part PART1 ISLAND)) (not (tptp.p__part PART2 AREA)) (tptp.p__part ISLAND AREA) (tptp.p__part AREA ISLAND) (not (tptp.p__meetsSpatially PART1 PART2)))))) (forall ((ISLE $$unsorted) (AREA $$unsorted)) (=> (and (tptp.p__d__instance ISLE tptp.c__Island) (tptp.p__d__instance AREA tptp.c__GeographicArea) (tptp.p__meetsSpatially ISLE AREA)) (not (tptp.p__d__instance AREA tptp.c__LandArea)))) (forall ((ISLE $$unsorted)) (=> (tptp.p__d__instance ISLE tptp.c__Island) (exists ((WATER $$unsorted)) (and (tptp.p__d__instance WATER tptp.c__WaterArea) (tptp.p__meetsSpatially ISLE WATER))))) (tptp.p__d__subclass tptp.c__Nation tptp.c__GeopoliticalArea) (tptp.p__d__subclass tptp.c__Nation tptp.c__LandArea) (tptp.p__d__subclass tptp.c__StateOrProvince tptp.c__GeopoliticalArea) (tptp.p__d__subclass tptp.c__StateOrProvince tptp.c__LandArea) (forall ((STATE $$unsorted)) (=> (tptp.p__d__instance STATE tptp.c__StateOrProvince) (exists ((LAND $$unsorted)) (and (tptp.p__d__instance LAND tptp.c__Nation) (tptp.p__properPart STATE LAND))))) (tptp.p__d__subclass tptp.c__City tptp.c__GeopoliticalArea) (tptp.p__d__subclass tptp.c__City tptp.c__LandArea) (tptp.p__d__subclass tptp.c__County tptp.c__GeopoliticalArea) (tptp.p__d__subclass tptp.c__County tptp.c__LandArea) (forall ((STATE $$unsorted)) (=> (tptp.p__d__instance STATE tptp.c__County) (exists ((LAND $$unsorted)) (and (tptp.p__d__instance LAND tptp.c__StateOrProvince) (tptp.p__properPart STATE LAND))))) (tptp.p__d__subclass tptp.c__Transitway tptp.c__Region) (tptp.p__d__subclass tptp.c__Transitway tptp.c__SelfConnectedObject) (tptp.p__d__subclass tptp.c__LandTransitway tptp.c__Transitway) (tptp.p__d__subclass tptp.c__LandTransitway tptp.c__LandArea) (tptp.p__d__subclass tptp.c__Roadway tptp.c__LandTransitway) (tptp.p__d__subclass tptp.c__Water tptp.c__CompoundSubstance) (tptp.p__d__subclass tptp.c__Mineral tptp.c__Substance) (tptp.p__d__instance tptp.c__developmentalForm tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__developmentalForm tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__developmentalForm tptp.c__TransitiveRelation) (tptp.p__subrelation tptp.c__developmentalForm tptp.c__attribute) (tptp.p__d__subclass tptp.c__OrganicObject tptp.c__CorpuscularObject) (tptp.p__d__subclass tptp.c__OrganicObject tptp.c__OrganicThing) (tptp.p__d__partition3 tptp.c__OrganicObject tptp.c__Organism tptp.c__AnatomicalStructure) (tptp.p__d__subclass tptp.c__Organism tptp.c__OrganicObject) (tptp.p__d__subclass tptp.c__Organism tptp.c__Agent) (tptp.p__d__disjoint tptp.c__Organism tptp.c__Artifact) (tptp.p__d__partition4 tptp.c__Organism tptp.c__Animal tptp.c__Plant tptp.c__Microorganism) (forall ((ORGANISM $$unsorted)) (=> (tptp.p__d__instance ORGANISM tptp.c__Organism) (exists ((BIRTH $$unsorted)) (and (tptp.p__d__instance BIRTH tptp.c__Birth) (tptp.p__experiencer BIRTH ORGANISM))))) (tptp.p__d__instance tptp.c__inhabits tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__inhabits tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__home tptp.c__inhabits) (tptp.p__subrelation tptp.c__stays tptp.c__inhabits) (tptp.p__disjointRelation tptp.c__stays tptp.c__home) (tptp.p__d__subclass tptp.c__Plant tptp.c__Organism) (tptp.p__d__subclass tptp.c__FloweringPlant tptp.c__Plant) (tptp.p__d__subclass tptp.c__NonFloweringPlant tptp.c__Plant) (tptp.p__d__disjoint tptp.c__NonFloweringPlant tptp.c__FloweringPlant) (tptp.p__d__disjointDecomposition4 tptp.c__NonFloweringPlant tptp.c__Alga tptp.c__Fern 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((CELL1 $$unsorted)) (and (tptp.p__component CELL1 BACTERIUM) (tptp.p__d__instance CELL1 tptp.c__Cell) (forall ((CELL2 $$unsorted)) (=> (and (tptp.p__component CELL2 BACTERIUM) (tptp.p__d__instance CELL2 tptp.c__Cell)) (= CELL1 CELL2))))))) (forall ((BACTERIUM $$unsorted) (OBJ $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__d__instance BACTERIUM tptp.c__Bacterium) (tptp.p__inhabits BACTERIUM OBJ)) (tptp.p__d__instance OBJ tptp.c__Organism))) (tptp.p__d__subclass tptp.c__Virus tptp.c__Microorganism) (forall ((VIRUS $$unsorted) (OBJ $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__d__instance VIRUS tptp.c__Virus) (tptp.p__inhabits VIRUS OBJ)) (tptp.p__d__instance OBJ tptp.c__Organism))) (forall ((VIRUS $$unsorted) (PROC $$unsorted)) (=> (and (tptp.p__d__instance VIRUS tptp.c__Virus) (tptp.p__d__instance PROC tptp.c__Replication) (tptp.p__agent PROC VIRUS)) (exists ((CELL $$unsorted)) (and (tptp.p__located PROC CELL) (tptp.p__d__instance CELL tptp.c__Cell))))) (tptp.p__d__subclass tptp.c__Vertebrate tptp.c__Animal) (tptp.p__d__subclass tptp.c__Invertebrate tptp.c__Animal) (tptp.p__d__disjointDecomposition4 tptp.c__Invertebrate tptp.c__Worm tptp.c__Mollusk tptp.c__Arthropod) (tptp.p__d__subclass tptp.c__Worm tptp.c__Invertebrate) (tptp.p__d__subclass tptp.c__Mollusk tptp.c__Invertebrate) (tptp.p__d__subclass tptp.c__Arthropod tptp.c__Invertebrate) (tptp.p__d__disjointDecomposition5 tptp.c__Arthropod tptp.c__Arachnid tptp.c__Myriapod tptp.c__Insect tptp.c__Crustacean) (tptp.p__d__subclass tptp.c__Arachnid tptp.c__Arthropod) (tptp.p__d__subclass tptp.c__Myriapod tptp.c__Arthropod) (tptp.p__d__subclass tptp.c__Insect tptp.c__Arthropod) (tptp.p__d__subclass tptp.c__Crustacean tptp.c__Arthropod) (tptp.p__d__subclass tptp.c__ColdBloodedVertebrate tptp.c__Vertebrate) (tptp.p__d__disjointDecomposition4 tptp.c__ColdBloodedVertebrate tptp.c__Amphibian tptp.c__Fish tptp.c__Reptile) (tptp.p__d__subclass tptp.c__WarmBloodedVertebrate tptp.c__Vertebrate) (tptp.p__d__disjoint tptp.c__WarmBloodedVertebrate tptp.c__ColdBloodedVertebrate) (tptp.p__d__subclass tptp.c__Amphibian tptp.c__ColdBloodedVertebrate) (tptp.p__d__subclass tptp.c__Bird tptp.c__WarmBloodedVertebrate) (tptp.p__d__disjoint tptp.c__Bird tptp.c__Mammal) (tptp.p__d__subclass tptp.c__Fish tptp.c__ColdBloodedVertebrate) (forall ((FISH $$unsorted)) (=> (tptp.p__d__instance FISH tptp.c__Fish) (exists ((WATER $$unsorted)) (and (tptp.p__inhabits FISH WATER) (tptp.p__d__instance WATER tptp.c__Water))))) (tptp.p__d__subclass tptp.c__Mammal tptp.c__WarmBloodedVertebrate) (tptp.p__d__disjointDecomposition6 tptp.c__Mammal tptp.c__AquaticMammal tptp.c__HoofedMammal tptp.c__Marsupial tptp.c__Rodent tptp.c__Primate) (tptp.p__d__subclass tptp.c__AquaticMammal tptp.c__Mammal) (tptp.p__d__subclass tptp.c__HoofedMammal tptp.c__Mammal) (tptp.p__d__subclass tptp.c__Marsupial tptp.c__Mammal) (tptp.p__d__subclass tptp.c__Carnivore tptp.c__Mammal) (forall ((CARNIVORE $$unsorted) (EAT $$unsorted) (PREY $$unsorted)) (=> (and (tptp.p__d__instance CARNIVORE tptp.c__Carnivore) (tptp.p__d__instance EAT tptp.c__Eating) (tptp.p__agent EAT CARNIVORE) (tptp.p__patient EAT PREY)) (tptp.p__d__instance PREY tptp.c__Animal))) (tptp.p__d__subclass tptp.c__Canine tptp.c__Carnivore) (tptp.p__d__disjoint tptp.c__Canine tptp.c__Feline) (tptp.p__d__subclass tptp.c__Feline tptp.c__Carnivore) (tptp.p__d__subclass tptp.c__Rodent tptp.c__Mammal) (tptp.p__d__subclass tptp.c__Primate tptp.c__Mammal) (tptp.p__d__disjointDecomposition4 tptp.c__Primate tptp.c__Ape tptp.c__Monkey tptp.c__Hominid) (tptp.p__d__subclass tptp.c__Ape tptp.c__Primate) (tptp.p__d__subclass tptp.c__Monkey tptp.c__Primate) (tptp.p__d__subclass tptp.c__Hominid tptp.c__Primate) (tptp.p__d__subclass tptp.c__Human tptp.c__Hominid) (tptp.p__d__subclass tptp.c__Human tptp.c__CognitiveAgent) (tptp.p__d__partition3 tptp.c__Human tptp.c__Man tptp.c__Woman) (tptp.p__d__subclass tptp.c__Man tptp.c__Human) (forall ((MAN $$unsorted)) (=> (tptp.p__d__instance MAN tptp.c__Man) (tptp.p__attribute MAN tptp.c__Male))) (tptp.p__d__subclass tptp.c__Woman tptp.c__Human) (forall ((WOMAN $$unsorted)) (=> (tptp.p__d__instance WOMAN tptp.c__Woman) (tptp.p__attribute WOMAN tptp.c__Female))) (tptp.p__d__subclass tptp.c__Reptile tptp.c__ColdBloodedVertebrate) (tptp.p__d__subclass tptp.c__BiologicallyActiveSubstance tptp.c__Substance) (tptp.p__d__subclass tptp.c__Nutrient tptp.c__BiologicallyActiveSubstance) (tptp.p__d__disjointDecomposition4 tptp.c__Nutrient tptp.c__Protein tptp.c__Carbohydrate tptp.c__Vitamin) (tptp.p__d__subclass tptp.c__Protein tptp.c__Nutrient) (tptp.p__d__subclass tptp.c__Enzyme tptp.c__Protein) (tptp.p__d__subclass tptp.c__Carbohydrate tptp.c__Nutrient) (tptp.p__d__subclass tptp.c__Vitamin tptp.c__Nutrient) (tptp.p__d__subclass tptp.c__LiquidMixture tptp.c__Mixture) (tptp.p__d__partition3 tptp.c__LiquidMixture tptp.c__Solution tptp.c__Suspension) (forall ((MIX $$unsorted)) (=> (tptp.p__d__instance MIX tptp.c__LiquidMixture) (exists ((PART $$unsorted)) (and (tptp.p__d__instance PART tptp.c__Object) (tptp.p__part PART MIX) (tptp.p__attribute PART tptp.c__Liquid))))) (tptp.p__d__subclass tptp.c__Solution tptp.c__LiquidMixture) (tptp.p__d__subclass tptp.c__Suspension tptp.c__LiquidMixture) (tptp.p__d__subclass tptp.c__GasMixture tptp.c__Mixture) (tptp.p__d__disjoint tptp.c__GasMixture tptp.c__LiquidMixture) (forall ((MIX $$unsorted)) (=> (tptp.p__d__instance MIX tptp.c__GasMixture) (exists ((PART $$unsorted)) (and (tptp.p__d__instance PART tptp.c__Object) (tptp.p__part PART MIX) (tptp.p__attribute PART tptp.c__Gas))))) (tptp.p__d__subclass tptp.c__Cloud tptp.c__GasMixture) (forall ((CLOUD $$unsorted)) (=> (tptp.p__d__instance CLOUD tptp.c__Cloud) (tptp.p__capability tptp.c__Seeing tptp.c__patient CLOUD))) (tptp.p__d__subclass tptp.c__Smoke tptp.c__Cloud) (tptp.p__d__subclass tptp.c__WaterCloud tptp.c__Cloud) (forall ((CLOUD $$unsorted)) (=> (tptp.p__d__instance CLOUD tptp.c__WaterCloud) (exists ((WATER $$unsorted)) (and (tptp.p__d__instance WATER tptp.c__Water) (tptp.p__part WATER CLOUD))))) (forall ((CLOUD $$unsorted) (PART $$unsorted)) (=> (and (tptp.p__d__instance PART tptp.c__Object) (tptp.p__d__instance CLOUD tptp.c__WaterCloud) (tptp.p__part PART CLOUD) (not (tptp.p__d__instance PART tptp.c__Water))) (exists ((WATER $$unsorted) (MEASURE1 $$unsorted) (MEASURE2 $$unsorted)) (and (tptp.p__d__instance MEASURE1 tptp.c__PhysicalQuantity) (tptp.p__d__instance MEASURE2 tptp.c__PhysicalQuantity) (tptp.p__d__instance WATER tptp.c__Water) (tptp.p__part WATER CLOUD) (tptp.p__measure WATER MEASURE1) (tptp.p__measure PART MEASURE2) (tptp.p__greaterThan MEASURE1 MEASURE2))))) (tptp.p__d__subclass tptp.c__Air tptp.c__GasMixture) (forall ((WIND $$unsorted)) (=> (tptp.p__d__instance WIND tptp.c__Wind) (exists ((AIR $$unsorted)) (and (tptp.p__patient WIND AIR) (tptp.p__d__instance AIR tptp.c__Air))))) (tptp.p__d__subclass tptp.c__BodySubstance tptp.c__Substance) (tptp.p__d__subclass tptp.c__AnimalSubstance tptp.c__BodySubstance) (forall ((SUBSTANCE $$unsorted) (ANIMAL $$unsorted)) (=> (and (tptp.p__d__instance SUBSTANCE tptp.c__AnimalSubstance) (tptp.p__d__instance ANIMAL tptp.c__Organism) (tptp.p__part SUBSTANCE ANIMAL)) (tptp.p__d__instance ANIMAL tptp.c__Animal))) (tptp.p__d__subclass tptp.c__PlantSubstance tptp.c__BodySubstance) (forall ((SUBSTANCE $$unsorted) (PLANT $$unsorted)) (=> (and (tptp.p__d__instance SUBSTANCE tptp.c__PlantSubstance) (tptp.p__d__instance PLANT tptp.c__Organism) (tptp.p__part SUBSTANCE PLANT)) (tptp.p__d__instance PLANT tptp.c__Plant))) (tptp.p__d__subclass tptp.c__Hormone tptp.c__BodySubstance) (tptp.p__d__subclass tptp.c__Hormone tptp.c__BiologicallyActiveSubstance) (forall ((HORMONE $$unsorted)) (=> (tptp.p__d__instance HORMONE tptp.c__Hormone) (exists ((PROCESS $$unsorted) (GLAND $$unsorted)) (and (tptp.p__d__instance PROCESS tptp.c__Process) (tptp.p__d__instance GLAND tptp.c__Gland) (tptp.p__instrument PROCESS GLAND) (tptp.p__result PROCESS HORMONE))))) (tptp.p__d__subclass tptp.c__Blood tptp.c__BodySubstance) (tptp.p__d__instance tptp.c__FoodForFn tptp.c__UnaryFunction) (tptp.p__d__subclass tptp.c__Meat tptp.c__SelfConnectedObject) (tptp.p__d__subclass tptp.c__AnatomicalStructure tptp.c__OrganicObject) (tptp.p__d__partition3 tptp.c__AnatomicalStructure tptp.c__BodyPart tptp.c__AbnormalAnatomicalStructure) (tptp.p__d__partition3 tptp.c__AnatomicalStructure tptp.c__AnimalAnatomicalStructure tptp.c__PlantAnatomicalStructure) (forall ((PART $$unsorted)) (=> (tptp.p__d__instance PART tptp.c__AnatomicalStructure) (exists ((CELL $$unsorted)) (and (tptp.p__d__instance CELL tptp.c__Cell) (tptp.p__part CELL PART))))) (tptp.p__d__subclass tptp.c__AbnormalAnatomicalStructure tptp.c__AnatomicalStructure) (forall ((STRUCTURE $$unsorted)) (=> (tptp.p__d__instance STRUCTURE tptp.c__AbnormalAnatomicalStructure) (exists ((PROC $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__PathologicProcess) (tptp.p__result PROC STRUCTURE))))) (tptp.p__d__subclass tptp.c__BodyPart tptp.c__AnatomicalStructure) (forall ((PART $$unsorted)) (=> (tptp.p__d__instance PART tptp.c__BodyPart) (exists ((PROC $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__PhysiologicProcess) (tptp.p__result PROC PART))))) (tptp.p__d__subclass tptp.c__AnimalAnatomicalStructure tptp.c__AnatomicalStructure) (forall ((STRUCTURE $$unsorted) (ANIMAL $$unsorted)) (=> (and (tptp.p__d__instance ANIMAL tptp.c__Object) (tptp.p__d__instance STRUCTURE tptp.c__AnimalAnatomicalStructure) (tptp.p__properPart STRUCTURE ANIMAL)) (tptp.p__d__instance ANIMAL tptp.c__Animal))) (tptp.p__d__subclass tptp.c__PlantAnatomicalStructure tptp.c__AnatomicalStructure) (forall ((STRUCTURE $$unsorted) (PLANT $$unsorted)) (=> (and (tptp.p__d__instance PLANT tptp.c__Object) (tptp.p__d__instance STRUCTURE tptp.c__PlantAnatomicalStructure) (tptp.p__properPart STRUCTURE PLANT)) (tptp.p__d__instance PLANT tptp.c__Plant))) (tptp.p__d__subclass tptp.c__ReproductiveBody tptp.c__BodyPart) (tptp.p__d__subclass tptp.c__Egg tptp.c__ReproductiveBody) (tptp.p__d__subclass tptp.c__Egg tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Seed tptp.c__ReproductiveBody) (tptp.p__d__subclass tptp.c__Seed tptp.c__PlantAnatomicalStructure) (tptp.p__d__subclass tptp.c__Pollen tptp.c__ReproductiveBody) (tptp.p__d__subclass tptp.c__Pollen tptp.c__PlantAnatomicalStructure) (tptp.p__d__subclass tptp.c__FruitOrVegetable tptp.c__PlantAnatomicalStructure) (tptp.p__d__subclass tptp.c__FruitOrVegetable tptp.c__ReproductiveBody) (tptp.p__d__subclass tptp.c__Spore tptp.c__ReproductiveBody) (tptp.p__d__subclass tptp.c__Spore tptp.c__PlantAnatomicalStructure) (tptp.p__d__subclass tptp.c__BodyCovering tptp.c__BodyPart) (forall ((COVER $$unsorted)) (=> (tptp.p__d__instance COVER tptp.c__BodyCovering) (exists ((BODY $$unsorted)) (and (tptp.p__d__instance BODY tptp.c__Object) (tptp.p__superficialPart COVER BODY) (or (tptp.p__d__instance BODY tptp.c__Organism) (tptp.p__d__instance BODY tptp.c__BodyPart)))))) (tptp.p__d__subclass tptp.c__BodyJunction tptp.c__BodyPart) (forall ((JUNCT $$unsorted)) (=> (tptp.p__d__instance JUNCT tptp.c__BodyJunction) (exists ((OBJ1 $$unsorted) (OBJ2 $$unsorted)) (and (tptp.p__d__instance OBJ1 tptp.c__BodyPart) (tptp.p__d__instance OBJ2 tptp.c__BodyPart) (tptp.p__connects JUNCT OBJ1 OBJ2))))) (tptp.p__d__subclass tptp.c__BodyCavity tptp.c__BodyPart) (tptp.p__d__subclass tptp.c__BodyVessel tptp.c__BodyCavity) (tptp.p__d__subclass tptp.c__Cell tptp.c__BodyPart) (tptp.p__d__subclass tptp.c__Organ tptp.c__BodyPart) (forall ((ORGAN $$unsorted)) (=> (tptp.p__d__instance ORGAN tptp.c__Organ) (exists ((PURP $$unsorted)) (and (tptp.p__d__instance PURP tptp.c__Formula) (tptp.p__hasPurpose ORGAN PURP))))) (tptp.p__d__subclass tptp.c__Gland tptp.c__Organ) (tptp.p__d__subclass tptp.c__Tissue tptp.c__BodySubstance) (tptp.p__d__disjointDecomposition4 tptp.c__Tissue tptp.c__Bone tptp.c__Muscle tptp.c__FatTissue) (forall ((STUFF $$unsorted)) (=> (tptp.p__d__instance STUFF tptp.c__Tissue) (exists ((ORGANISM $$unsorted)) (and (tptp.p__d__instance ORGANISM tptp.c__Organism) (tptp.p__part STUFF ORGANISM))))) (tptp.p__d__subclass tptp.c__Bone tptp.c__Tissue) (tptp.p__d__subclass tptp.c__Bone tptp.c__AnimalSubstance) (forall ((BONE $$unsorted)) (=> (tptp.p__d__instance BONE tptp.c__Bone) (exists ((VERT $$unsorted)) (and (tptp.p__d__instance VERT tptp.c__Vertebrate) (tptp.p__properPart BONE VERT))))) (tptp.p__d__subclass tptp.c__Muscle tptp.c__Tissue) (tptp.p__d__subclass tptp.c__Muscle tptp.c__AnimalSubstance) (tptp.p__d__subclass tptp.c__FatTissue tptp.c__Tissue) (tptp.p__d__subclass tptp.c__Noun tptp.c__Word) (tptp.p__d__partition6 tptp.c__Word tptp.c__Noun tptp.c__Verb tptp.c__Adjective tptp.c__Adverb tptp.c__ParticleWord) (tptp.p__d__subclass tptp.c__Verb tptp.c__Word) (tptp.p__d__subclass tptp.c__Adjective tptp.c__Word) (tptp.p__d__subclass tptp.c__Adverb tptp.c__Word) (tptp.p__d__subclass tptp.c__ParticleWord tptp.c__Word) (tptp.p__d__subclass tptp.c__Morpheme tptp.c__LinguisticExpression) (forall ((MORPH $$unsorted)) (=> (and (tptp.p__d__instance MORPH tptp.c__Object) (tptp.p__d__instance MORPH tptp.c__Morpheme)) (forall ((OTHERMORPH $$unsorted)) (or (not (tptp.p__d__instance OTHERMORPH tptp.c__Object)) (not (tptp.p__d__instance OTHERMORPH tptp.c__Morpheme)) (not (tptp.p__part OTHERMORPH MORPH)) (= OTHERMORPH MORPH))))) (forall ((MORPH $$unsorted)) (=> (and (tptp.p__d__instance MORPH tptp.c__Object) (tptp.p__d__instance MORPH tptp.c__Morpheme)) (exists ((WORD $$unsorted)) (and (tptp.p__d__instance WORD tptp.c__Object) (tptp.p__d__instance WORD tptp.c__Word) (tptp.p__part MORPH WORD))))) (forall ((WORD $$unsorted)) (=> (and (tptp.p__d__instance WORD tptp.c__Object) (tptp.p__d__instance WORD tptp.c__Word)) (exists ((PART $$unsorted)) (and (tptp.p__d__instance PART tptp.c__Object) (tptp.p__part PART WORD) (tptp.p__d__instance PART tptp.c__Morpheme))))) (tptp.p__d__subclass tptp.c__Phrase tptp.c__LinguisticExpression) (tptp.p__d__disjointDecomposition4 tptp.c__Phrase tptp.c__VerbPhrase tptp.c__NounPhrase tptp.c__PrepositionalPhrase) (forall ((PHRASE $$unsorted)) (=> (and (tptp.p__d__instance PHRASE tptp.c__Object) (tptp.p__d__instance PHRASE tptp.c__Phrase)) (exists ((PART1 $$unsorted) (PART2 $$unsorted)) (and (tptp.p__d__instance PART1 tptp.c__Object) (tptp.p__d__instance PART2 tptp.c__Object) (tptp.p__part PART1 PHRASE) (tptp.p__part PART2 PHRASE) (tptp.p__d__instance PART1 tptp.c__Word) (tptp.p__d__instance PART2 tptp.c__Word) (not (= PART1 PART2)))))) (tptp.p__d__subclass tptp.c__VerbPhrase tptp.c__Phrase) (forall ((PHRASE $$unsorted)) (=> (and (tptp.p__d__instance PHRASE tptp.c__Object) (tptp.p__d__instance PHRASE tptp.c__VerbPhrase)) (exists ((VERB $$unsorted)) (and (tptp.p__d__instance VERB tptp.c__Object) (tptp.p__d__instance VERB tptp.c__Verb) (tptp.p__part VERB PHRASE))))) (tptp.p__d__subclass tptp.c__NounPhrase tptp.c__Phrase) (tptp.p__d__disjoint tptp.c__NounPhrase tptp.c__VerbPhrase) (forall ((SENTENCE $$unsorted)) (=> (and (tptp.p__d__instance SENTENCE tptp.c__Object) (tptp.p__d__instance SENTENCE tptp.c__Sentence)) (exists ((PHRASE1 $$unsorted) (PHRASE2 $$unsorted)) (and (tptp.p__d__instance PHRASE1 tptp.c__Object) (tptp.p__d__instance PHRASE2 tptp.c__Object) (tptp.p__d__instance PHRASE1 tptp.c__NounPhrase) (tptp.p__d__instance PHRASE2 tptp.c__VerbPhrase) (tptp.p__part PHRASE1 SENTENCE) (tptp.p__part PHRASE2 SENTENCE))))) (forall ((PHRASE $$unsorted)) (=> (and (tptp.p__d__instance PHRASE tptp.c__Object) (tptp.p__d__instance PHRASE tptp.c__NounPhrase)) (exists ((NOUN $$unsorted)) (and (tptp.p__d__instance NOUN tptp.c__Object) (tptp.p__d__instance NOUN tptp.c__Noun) (tptp.p__part NOUN PHRASE))))) (tptp.p__d__subclass tptp.c__PrepositionalPhrase tptp.c__Phrase) (forall ((PHRASE $$unsorted)) (=> (and (tptp.p__d__instance PHRASE tptp.c__Object) (tptp.p__d__instance PHRASE tptp.c__PrepositionalPhrase)) (exists ((PREP $$unsorted)) (and (tptp.p__d__instance PREP tptp.c__Object) (tptp.p__d__instance PREP tptp.c__ParticleWord) (tptp.p__part PREP PHRASE))))) (tptp.p__d__subclass tptp.c__Text tptp.c__LinguisticExpression) (tptp.p__d__subclass tptp.c__Text tptp.c__ContentBearingObject) (tptp.p__d__subclass tptp.c__Text tptp.c__Artifact) (forall ((TEXT $$unsorted)) (=> (tptp.p__d__instance TEXT tptp.c__Text) (exists ((PART $$unsorted)) (and (tptp.p__d__instance PART tptp.c__Object) (tptp.p__part PART TEXT) (tptp.p__d__instance PART tptp.c__LinguisticExpression))))) (forall ((TEXT $$unsorted)) (=> (tptp.p__d__instance TEXT tptp.c__Text) (exists ((WRITE $$unsorted)) (and (tptp.p__d__instance WRITE tptp.c__Writing) (tptp.p__result WRITE TEXT))))) (tptp.p__d__subclass tptp.c__FactualText tptp.c__Text) (tptp.p__d__disjoint tptp.c__FactualText tptp.c__FictionalText) (forall ((CLASS $$unsorted) (TEXT $$unsorted) (AGENT $$unsorted) (CONTENT $$unsorted)) (=> (and (tptp.p__d__instance TEXT tptp.c__ContentBearingPhysical) (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__d__instance TEXT CLASS) (tptp.p__d__subclass CLASS tptp.c__FactualText) (tptp.p__authors AGENT CLASS) (tptp.p__subsumesContentInstance TEXT CONTENT) (tptp.p__d__instance CONTENT tptp.c__Formula)) (tptp.p__believes AGENT CONTENT))) (tptp.p__d__subclass tptp.c__FictionalText tptp.c__Text) (forall ((CLASS $$unsorted) (TEXT $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance TEXT tptp.c__ContentBearingPhysical) (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__d__instance TEXT CLASS) (tptp.p__d__subclass CLASS tptp.c__FictionalText) (tptp.p__authors AGENT CLASS)) (exists ((CONTENT $$unsorted)) (and (tptp.p__subsumesContentInstance TEXT CONTENT) (tptp.p__d__instance CONTENT tptp.c__Formula) (not (tptp.p__believes AGENT CONTENT)))))) (tptp.p__d__subclass tptp.c__Sentence tptp.c__LinguisticExpression) (forall ((SENT $$unsorted)) (=> (tptp.p__d__instance SENT tptp.c__Sentence) (exists ((PROP $$unsorted)) (and (tptp.p__d__instance PROP tptp.c__Proposition) (tptp.p__containsInformation SENT PROP))))) (tptp.p__d__instance tptp.c__authors tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__authors tptp.c__AsymmetricRelation) (forall ((AGENT $$unsorted) (TEXTCLASS $$unsorted)) (=> (and (tptp.p__d__subclass TEXTCLASS tptp.c__Text) (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__authors AGENT TEXTCLASS)) (exists ((PROCESS $$unsorted) (INSTANCE $$unsorted)) (and (tptp.p__d__instance PROCESS tptp.c__Process) (tptp.p__agent PROCESS AGENT) (tptp.p__d__instance INSTANCE TEXTCLASS) (tptp.p__result PROCESS INSTANCE))))) (tptp.p__d__instance tptp.c__editor tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__editor tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__publishes tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__publishes tptp.c__AsymmetricRelation) (forall ((TEXTCLASS $$unsorted) (ORG $$unsorted) (INST $$unsorted)) (=> (and (tptp.p__d__subclass TEXTCLASS tptp.c__Text) (tptp.p__d__instance ORG tptp.c__Organization) (tptp.p__publishes ORG TEXTCLASS) (tptp.p__d__instance INST TEXTCLASS)) (exists ((PUB $$unsorted)) (and (tptp.p__d__instance PUB tptp.c__Publication) (tptp.p__agent PUB ORG) (tptp.p__patient PUB INST))))) (tptp.p__d__instance tptp.c__EditionFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__EditionFn tptp.c__PartialValuedRelation) (forall ((TEXT $$unsorted) (INT2 $$unsorted) (INT1 $$unsorted) (EDITION1 $$unsorted) (EDITION2 $$unsorted) (CBO1 $$unsorted) (CBO2 $$unsorted) (PUB1 $$unsorted) (PUB2 $$unsorted) (DATE1 $$unsorted) (DATE2 $$unsorted)) (=> (and (tptp.p__d__instance INT1 tptp.c__PositiveInteger) (tptp.p__d__subclass TEXT tptp.c__ContentBearingObject) (tptp.p__d__subclass EDITION1 tptp.c__ContentBearingObject) (tptp.p__d__instance INT2 tptp.c__PositiveInteger) (tptp.p__d__subclass EDITION2 tptp.c__ContentBearingObject) (tptp.p__d__instance DATE1 tptp.c__Day) (tptp.p__d__instance DATE2 tptp.c__Day) (= (tptp.f__EditionFn2 TEXT INT1) EDITION1) (= (tptp.f__EditionFn2 TEXT INT2) EDITION2) (tptp.p__greaterThan INT2 INT1) (tptp.p__d__instance PUB1 tptp.c__Publication) (tptp.p__d__instance PUB2 tptp.c__Publication) (tptp.p__d__instance CBO1 EDITION1) (tptp.p__d__instance CBO2 EDITION2) (tptp.p__patient PUB1 CBO1) (tptp.p__patient PUB2 CBO2) (tptp.p__date PUB1 DATE1) (tptp.p__date PUB2 DATE2)) (tptp.p__before (tptp.f__EndFn1 DATE1) (tptp.f__EndFn1 DATE2)))) (forall ((NUMBER $$unsorted) (TEXT1 $$unsorted) (TEXT2 $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__PositiveInteger) (tptp.p__d__subclass TEXT1 tptp.c__ContentBearingObject) (tptp.p__d__subclass TEXT2 tptp.c__ContentBearingObject) (= (tptp.f__EditionFn2 TEXT1 NUMBER) TEXT2)) (tptp.p__subsumesContentClass TEXT1 TEXT2))) (tptp.p__d__subclass tptp.c__Summary tptp.c__Text) (forall ((TEXT $$unsorted)) (=> (tptp.p__d__instance TEXT tptp.c__Summary) (exists ((TEXT2 $$unsorted)) (and (tptp.p__d__instance TEXT2 tptp.c__Text) (tptp.p__subsumesContentInstance TEXT2 TEXT))))) (tptp.p__d__subclass tptp.c__Certificate tptp.c__Text) (forall ((DOC $$unsorted)) (=> (tptp.p__d__instance DOC tptp.c__Certificate) (exists ((PROP $$unsorted) (NORM $$unsorted)) (and (tptp.p__d__instance NORM tptp.c__ObjectiveNorm) (tptp.p__d__instance PROP tptp.c__Formula) (or (tptp.p__confersNorm DOC PROP NORM) (tptp.p__deprivesNorm DOC PROP NORM)))))) (tptp.p__d__subclass tptp.c__FinancialInstrument tptp.c__Certificate) (tptp.p__d__subclass tptp.c__Currency tptp.c__FinancialInstrument) (forall ((CURRENCY $$unsorted)) (=> (tptp.p__d__instance CURRENCY tptp.c__Currency) (exists ((MEASURE $$unsorted)) (and (tptp.p__d__instance MEASURE tptp.c__CurrencyMeasure) (tptp.p__monetaryValue CURRENCY MEASURE))))) (tptp.p__d__subclass tptp.c__Patent tptp.c__Certificate) (tptp.p__d__subclass tptp.c__Molecule tptp.c__CompoundSubstance) (forall ((MOLE $$unsorted)) (=> (tptp.p__d__instance MOLE tptp.c__Molecule) (exists ((ATOM1 $$unsorted) (ATOM2 $$unsorted)) (and (tptp.p__d__instance ATOM1 tptp.c__Atom) (tptp.p__d__instance ATOM2 tptp.c__Atom) (tptp.p__part ATOM1 MOLE) (tptp.p__part ATOM2 MOLE) (not (= ATOM1 ATOM2)))))) (tptp.p__d__subclass tptp.c__Artifact tptp.c__Object) (forall ((ARTIFACT $$unsorted)) (= (tptp.p__d__instance ARTIFACT tptp.c__Artifact) (exists ((MAKING $$unsorted)) (and (tptp.p__d__instance MAKING tptp.c__Making) (tptp.p__result MAKING ARTIFACT))))) (tptp.p__d__subclass tptp.c__Product tptp.c__Artifact) (forall ((PRODUCT $$unsorted)) (=> (tptp.p__d__instance PRODUCT tptp.c__Product) (exists ((MANUFACTURE $$unsorted)) (and (tptp.p__d__instance MANUFACTURE tptp.c__Manufacture) (tptp.p__result MANUFACTURE PRODUCT))))) (tptp.p__d__instance tptp.c__version tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__version tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__version tptp.c__TransitiveRelation) (forall ((ARTIFACT1 $$unsorted) (ARTIFACT2 $$unsorted)) (=> (and (tptp.p__d__subclass ARTIFACT2 tptp.c__Artifact) (tptp.p__d__subclass ARTIFACT1 tptp.c__Artifact) (tptp.p__version ARTIFACT1 ARTIFACT2)) (tptp.p__d__subclass ARTIFACT1 ARTIFACT2))) (tptp.p__d__subclass tptp.c__StationaryArtifact tptp.c__Artifact) (tptp.p__d__subclass tptp.c__Building tptp.c__StationaryArtifact) (forall ((BUILDING $$unsorted)) (=> (tptp.p__d__instance BUILDING tptp.c__Building) (exists ((HUMAN $$unsorted)) (and (tptp.p__d__instance HUMAN tptp.c__Human) (or (tptp.p__inhabits HUMAN BUILDING) (exists ((ACT $$unsorted)) (and (tptp.p__d__instance ACT tptp.c__Process) (tptp.p__agent ACT HUMAN) (tptp.p__located ACT BUILDING)))))))) (tptp.p__d__subclass tptp.c__Room tptp.c__StationaryArtifact) (tptp.p__d__disjoint tptp.c__Room tptp.c__Building) (forall ((ROOM $$unsorted)) (=> (tptp.p__d__instance ROOM tptp.c__Room) (exists ((BUILD $$unsorted)) (and (tptp.p__d__instance BUILD tptp.c__Building) (tptp.p__properPart ROOM BUILD))))) (tptp.p__d__subclass tptp.c__House tptp.c__ResidentialBuilding) (tptp.p__d__subclass tptp.c__House tptp.c__SingleFamilyResidence) (tptp.p__d__subclass tptp.c__Residence tptp.c__StationaryArtifact) (tptp.p__d__partition3 tptp.c__Residence tptp.c__PermanentResidence tptp.c__TemporaryResidence) (forall ((RESIDENCE $$unsorted)) (=> (tptp.p__d__instance RESIDENCE tptp.c__Residence) (or (tptp.p__d__instance RESIDENCE tptp.c__House) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__ResidentialBuilding) (tptp.p__part RESIDENCE BUILDING)))))) (tptp.p__d__subclass tptp.c__PermanentResidence tptp.c__Residence) (forall ((RESIDENCE $$unsorted)) (=> (tptp.p__d__instance RESIDENCE tptp.c__PermanentResidence) (exists ((PERSON $$unsorted)) (and (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__home PERSON RESIDENCE))))) (tptp.p__d__subclass tptp.c__TemporaryResidence tptp.c__Residence) (tptp.p__d__subclass tptp.c__ResidentialBuilding tptp.c__Building) (tptp.p__d__subclass tptp.c__ResidentialBuilding tptp.c__Residence) (tptp.p__d__subclass tptp.c__SingleFamilyResidence tptp.c__PermanentResidence) (tptp.p__d__subclass tptp.c__ArtWork tptp.c__Artifact) (tptp.p__d__subclass tptp.c__RepresentationalArtWork tptp.c__ArtWork) (tptp.p__d__subclass tptp.c__RepresentationalArtWork tptp.c__Icon) (forall ((RA $$unsorted)) (=> (tptp.p__d__instance RA tptp.c__RepresentationalArtWork) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__Physical) (tptp.p__represents RA P))))) (tptp.p__d__subclass tptp.c__Fabric tptp.c__Artifact) (tptp.p__d__disjoint tptp.c__Fabric tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__WearableItem tptp.c__Artifact) (tptp.p__d__subclass tptp.c__Clothing tptp.c__WearableItem) (tptp.p__d__disjoint tptp.c__Clothing tptp.c__StationaryArtifact) (forall ((CLOTHING $$unsorted)) (=> (tptp.p__d__instance CLOTHING tptp.c__Clothing) (exists ((FABRIC $$unsorted)) (and (tptp.p__d__instance FABRIC tptp.c__Fabric) (tptp.p__part FABRIC CLOTHING))))) (tptp.p__d__instance tptp.c__wears tptp.c__BinaryPredicate) (forall ((WI $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance WI tptp.c__WearableItem) (tptp.p__d__instance AGENT tptp.c__Animal) (tptp.p__wears AGENT WI)) (tptp.p__located WI AGENT))) (forall ((C $$unsorted) (A $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__WearableItem) (tptp.p__d__instance A tptp.c__Animal) (tptp.p__d__instance P tptp.c__WearableItem) (tptp.p__wears A C) (tptp.p__part P C)) (tptp.p__wears A P))) (tptp.p__d__subclass tptp.c__Device tptp.c__Artifact) (forall ((DEVICE $$unsorted)) (=> (tptp.p__d__instance DEVICE tptp.c__Device) (exists ((PROC $$unsorted)) (and (tptp.p__d__subclass PROC tptp.c__Process) (tptp.p__capability PROC tptp.c__instrument DEVICE))))) (tptp.p__d__subclass tptp.c__MusicalInstrument tptp.c__Device) (forall ((INSTRUMENT $$unsorted)) (=> (tptp.p__d__instance INSTRUMENT tptp.c__MusicalInstrument) (tptp.p__capability tptp.c__MakingMusic tptp.c__instrument INSTRUMENT))) (tptp.p__d__subclass tptp.c__TransportationDevice tptp.c__Device) (forall ((DEVICE $$unsorted)) (=> (tptp.p__d__instance DEVICE tptp.c__TransportationDevice) (tptp.p__capability tptp.c__Transportation tptp.c__instrument DEVICE))) (tptp.p__d__subclass tptp.c__Vehicle tptp.c__TransportationDevice) (tptp.p__d__subclass tptp.c__MeasuringDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__AttachingDevice tptp.c__Device) (forall ((DEVICE $$unsorted)) (=> (tptp.p__d__instance DEVICE tptp.c__AttachingDevice) (exists ((ATTACH $$unsorted)) (and (tptp.p__d__instance ATTACH tptp.c__Attaching) (tptp.p__instrument ATTACH DEVICE))))) (tptp.p__d__subclass tptp.c__Weapon tptp.c__Device) (forall ((WEAPON $$unsorted)) (=> (tptp.p__d__instance WEAPON tptp.c__Weapon) (tptp.p__capability tptp.c__Damaging tptp.c__instrument WEAPON))) (tptp.p__d__subclass tptp.c__Machine tptp.c__Device) (forall ((MACHINE $$unsorted) (PROC $$unsorted)) (=> (and (tptp.p__d__instance PROC tptp.c__Process) (tptp.p__d__instance MACHINE tptp.c__Machine) (tptp.p__instrument PROC MACHINE)) (exists ((RESOURCE $$unsorted) (RESULT $$unsorted)) (and (tptp.p__d__instance RESOURCE tptp.c__Object) (tptp.p__resource PROC RESOURCE) (tptp.p__result PROC RESULT))))) (tptp.p__d__subclass tptp.c__EngineeringComponent tptp.c__Device) (forall ((COMP $$unsorted)) (=> (and (tptp.p__d__instance COMP tptp.c__CorpuscularObject) (tptp.p__d__instance COMP tptp.c__EngineeringComponent)) (exists ((DEVICE $$unsorted)) (and (tptp.p__d__instance DEVICE tptp.c__CorpuscularObject) (tptp.p__d__instance DEVICE tptp.c__Device) (tptp.p__component COMP DEVICE))))) (forall ((MACHINE $$unsorted)) (=> (tptp.p__d__instance MACHINE tptp.c__Machine) (exists ((COMP1 $$unsorted) (COMP2 $$unsorted)) (and (tptp.p__d__instance COMP1 tptp.c__EngineeringComponent) (tptp.p__d__instance COMP2 tptp.c__EngineeringComponent) (not (= COMP1 COMP2)) (tptp.p__part COMP1 MACHINE) (tptp.p__part COMP2 MACHINE))))) (tptp.p__subrelation tptp.c__engineeringSubcomponent tptp.c__properPart) (tptp.p__d__instance tptp.c__connectedEngineeringComponents tptp.c__SymmetricRelation) (tptp.p__d__instance tptp.c__connectedEngineeringComponents tptp.c__IrreflexiveRelation) (tptp.p__subrelation tptp.c__connectedEngineeringComponents tptp.c__connected) (forall ((COMP2 $$unsorted) (COMP1 $$unsorted)) (=> (and (tptp.p__d__instance COMP2 tptp.c__EngineeringComponent) (tptp.p__d__instance COMP1 tptp.c__EngineeringComponent) (tptp.p__connectedEngineeringComponents COMP1 COMP2)) (and (not (tptp.p__engineeringSubcomponent COMP1 COMP2)) (not (tptp.p__engineeringSubcomponent COMP2 COMP1))))) (tptp.p__d__subclass tptp.c__EngineeringConnection tptp.c__EngineeringComponent) (forall ((CONNECTION $$unsorted)) (=> (tptp.p__d__instance CONNECTION tptp.c__EngineeringConnection) (exists ((COMP1 $$unsorted) (COMP2 $$unsorted)) (and (tptp.p__d__instance COMP2 tptp.c__EngineeringComponent) (tptp.p__d__instance COMP1 tptp.c__EngineeringComponent) (tptp.p__connectsEngineeringComponents CONNECTION COMP1 COMP2))))) (forall ((COMP1 $$unsorted) (COMP2 $$unsorted)) (=> (and (tptp.p__d__instance COMP2 tptp.c__EngineeringComponent) (tptp.p__d__instance COMP1 tptp.c__EngineeringComponent) (tptp.p__connectedEngineeringComponents COMP1 COMP2)) (and (not (tptp.p__d__instance COMP1 tptp.c__EngineeringConnection)) (not (tptp.p__d__instance COMP2 tptp.c__EngineeringConnection))))) (forall ((COMP1 $$unsorted) (COMP2 $$unsorted)) (=> (and (tptp.p__d__instance COMP2 tptp.c__EngineeringComponent) (tptp.p__d__instance COMP1 tptp.c__EngineeringComponent)) (= (tptp.p__connectedEngineeringComponents COMP1 COMP2) (exists ((CONNECTION $$unsorted)) (and (tptp.p__d__instance CONNECTION tptp.c__EngineeringConnection) (tptp.p__connectsEngineeringComponents CONNECTION COMP1 COMP2)))))) (tptp.p__subrelation tptp.c__connectsEngineeringComponents tptp.c__connects) (tptp.p__d__subclass tptp.c__CommercialAgent tptp.c__Agent) (tptp.p__d__subclass tptp.c__Business tptp.c__CommercialAgent) (tptp.p__d__subclass tptp.c__Business tptp.c__Organization) (tptp.p__d__subclass tptp.c__Corporation tptp.c__Business) (tptp.p__d__subclass tptp.c__Corporation tptp.c__LegalAgent) (tptp.p__d__subclass tptp.c__Manufacturer tptp.c__Corporation) (tptp.p__d__subclass tptp.c__MercantileOrganization tptp.c__Corporation) (tptp.p__d__subclass tptp.c__Group tptp.c__Collection) (tptp.p__d__subclass tptp.c__Group tptp.c__Agent) (forall ((GROUP $$unsorted) (MEMB $$unsorted)) (=> (and (tptp.p__d__instance MEMB tptp.c__SelfConnectedObject) (tptp.p__d__instance GROUP tptp.c__Group) (tptp.p__member MEMB GROUP)) (tptp.p__d__instance MEMB tptp.c__Agent))) (tptp.p__d__subclass tptp.c__GroupOfPeople tptp.c__Group) (forall ((GROUP $$unsorted) (MEMBER $$unsorted)) (=> (and (tptp.p__d__instance MEMBER tptp.c__SelfConnectedObject) (tptp.p__d__instance GROUP tptp.c__GroupOfPeople) (tptp.p__member MEMBER GROUP)) (tptp.p__d__instance MEMBER tptp.c__Human))) (tptp.p__d__subclass tptp.c__AgeGroup tptp.c__GroupOfPeople) (forall ((GROUP $$unsorted) (MEMB1 $$unsorted) (MEMB2 $$unsorted) (AGE1 $$unsorted) (AGE2 $$unsorted)) (=> (and (tptp.p__d__instance MEMB1 tptp.c__SelfConnectedObject) (tptp.p__d__instance MEMB2 tptp.c__SelfConnectedObject) (tptp.p__d__instance AGE1 tptp.c__TimeDuration) (tptp.p__d__instance AGE2 tptp.c__TimeDuration) (tptp.p__d__instance GROUP tptp.c__AgeGroup) (tptp.p__member MEMB1 GROUP) (tptp.p__member MEMB2 GROUP) (tptp.p__age MEMB1 AGE1) (tptp.p__age MEMB2 AGE2)) (= AGE1 AGE2))) (tptp.p__d__subclass tptp.c__FamilyGroup tptp.c__GroupOfPeople) (forall ((GROUP $$unsorted) (MEMB1 $$unsorted) (MEMB2 $$unsorted)) (=> (and (tptp.p__d__instance MEMB1 tptp.c__Organism) (tptp.p__d__instance MEMB2 tptp.c__Organism) (tptp.p__d__instance GROUP tptp.c__FamilyGroup) (tptp.p__member MEMB1 GROUP) (tptp.p__member MEMB2 GROUP)) (tptp.p__familyRelation MEMB1 MEMB2))) (tptp.p__d__subclass tptp.c__SocialUnit tptp.c__GroupOfPeople) (forall ((UNIT $$unsorted) (MEMBER $$unsorted)) (=> (and (tptp.p__d__instance MEMBER tptp.c__Human) (tptp.p__d__instance UNIT tptp.c__SocialUnit)) (exists ((HOME $$unsorted)) (and (tptp.p__d__instance HOME tptp.c__PermanentResidence) (=> (tptp.p__member MEMBER UNIT) (tptp.p__home MEMBER HOME)))))) (tptp.p__d__instance tptp.c__ImmediateFamilyFn tptp.c__UnaryFunction) (forall ((P $$unsorted) (FAMILY $$unsorted) (MEMBER $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Human) (tptp.p__d__instance FAMILY tptp.c__FamilyGroup) (= (tptp.f__ImmediateFamilyFn1 P) FAMILY) (tptp.p__d__instance MEMBER tptp.c__Organism) (tptp.p__member MEMBER FAMILY)) (exists ((OTHER $$unsorted)) (and (tptp.p__d__instance OTHER tptp.c__Organism) (or (tptp.p__parent MEMBER OTHER) (tptp.p__parent OTHER MEMBER)))))) (forall ((FAMILY $$unsorted) (PERSON $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__d__instance FAMILY tptp.c__FamilyGroup) (= (tptp.f__ImmediateFamilyFn1 PERSON) FAMILY)) (exists ((MEMBER $$unsorted)) (and (tptp.p__d__instance MEMBER tptp.c__Organism) (tptp.p__member MEMBER FAMILY) (or (tptp.p__parent MEMBER PERSON) (tptp.p__parent PERSON MEMBER)))))) (tptp.p__d__instance tptp.c__relative tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__relative tptp.c__SymmetricRelation) (tptp.p__subrelation tptp.c__familyRelation tptp.c__relative) (tptp.p__subrelation tptp.c__spouse tptp.c__relative) (tptp.p__d__instance tptp.c__familyRelation tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__familyRelation tptp.c__EquivalenceRelation) (forall ((ORGANISM1 $$unsorted) (ORGANISM2 $$unsorted)) (=> (and (tptp.p__d__instance ORGANISM2 tptp.c__Organism) (tptp.p__d__instance ORGANISM1 tptp.c__Organism) (tptp.p__familyRelation ORGANISM1 ORGANISM2)) (exists ((ORGANISM3 $$unsorted)) (and (tptp.p__d__instance ORGANISM3 tptp.c__Organism) (tptp.p__ancestor ORGANISM3 ORGANISM1) (tptp.p__ancestor ORGANISM3 ORGANISM2))))) (tptp.p__subrelation tptp.c__ancestor tptp.c__familyRelation) (tptp.p__d__instance tptp.c__ancestor tptp.c__TransitiveRelation) (tptp.p__d__instance tptp.c__ancestor tptp.c__IrreflexiveRelation) (tptp.p__subrelation tptp.c__parent tptp.c__ancestor) (tptp.p__d__instance tptp.c__parent tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__parent tptp.c__familyRelation) (tptp.p__d__instance tptp.c__parent tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__parent tptp.c__IntransitiveRelation) (forall ((PARENT $$unsorted) (CHILD $$unsorted)) (=> (and (tptp.p__d__instance PARENT tptp.c__Organism) (tptp.p__d__instance CHILD tptp.c__Organism) (tptp.p__parent CHILD PARENT)) (tptp.p__before (tptp.f__BeginFn1 (tptp.f__WhenFn1 PARENT)) (tptp.f__BeginFn1 (tptp.f__WhenFn1 CHILD))))) (forall ((PARENT $$unsorted) (CHILD $$unsorted) (CLASS $$unsorted)) (=> (and (tptp.p__d__instance PARENT tptp.c__Organism) (tptp.p__d__instance CHILD tptp.c__Organism) (tptp.p__parent CHILD PARENT) (tptp.p__d__subclass CLASS tptp.c__Organism) (tptp.p__d__instance PARENT CLASS)) (tptp.p__d__instance CHILD CLASS))) (forall ((REP $$unsorted) (CHILD $$unsorted) (PARENT $$unsorted)) (=> (and (tptp.p__d__instance PARENT tptp.c__Organism) (tptp.p__d__instance CHILD tptp.c__Organism) (tptp.p__parent CHILD PARENT) (tptp.p__d__instance REP tptp.c__SexualReproduction) (tptp.p__agent REP PARENT) (tptp.p__result REP CHILD)) (or (tptp.p__mother CHILD PARENT) (tptp.p__father CHILD PARENT)))) (forall ((ORGANISM $$unsorted)) (=> (tptp.p__d__instance ORGANISM tptp.c__Organism) (exists ((PARENT $$unsorted)) (and (tptp.p__d__instance PARENT tptp.c__Organism) (tptp.p__parent ORGANISM PARENT))))) (tptp.p__d__instance tptp.c__mother tptp.c__SingleValuedRelation) (tptp.p__subrelation tptp.c__mother tptp.c__parent) (forall ((CHILD $$unsorted) (MOTHER $$unsorted)) (=> (and (tptp.p__d__instance MOTHER tptp.c__Organism) (tptp.p__d__instance CHILD tptp.c__Organism) (tptp.p__mother CHILD MOTHER)) (tptp.p__attribute MOTHER tptp.c__Female))) (tptp.p__d__instance tptp.c__father tptp.c__SingleValuedRelation) (tptp.p__subrelation tptp.c__father tptp.c__parent) (forall ((CHILD $$unsorted) (FATHER $$unsorted)) (=> (and (tptp.p__d__instance FATHER tptp.c__Organism) (tptp.p__d__instance CHILD tptp.c__Organism) (tptp.p__father CHILD FATHER)) (tptp.p__attribute FATHER tptp.c__Male))) (tptp.p__subrelation tptp.c__daughter tptp.c__parent) (forall ((PARENT $$unsorted) (CHILD $$unsorted)) (=> (and (tptp.p__d__instance PARENT tptp.c__Organism) (tptp.p__d__instance CHILD tptp.c__Organism) (tptp.p__daughter CHILD PARENT)) (tptp.p__attribute CHILD tptp.c__Female))) (tptp.p__subrelation tptp.c__son tptp.c__parent) (forall ((PARENT $$unsorted) (CHILD $$unsorted)) (=> (and (tptp.p__d__instance PARENT tptp.c__Organism) (tptp.p__d__instance CHILD tptp.c__Organism) (tptp.p__son CHILD PARENT)) (tptp.p__attribute CHILD tptp.c__Male))) (tptp.p__d__instance tptp.c__sibling tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__sibling tptp.c__familyRelation) (tptp.p__d__instance tptp.c__sibling tptp.c__SymmetricRelation) (tptp.p__d__instance tptp.c__sibling tptp.c__IrreflexiveRelation) (forall ((PARENT1 $$unsorted) (PARENT2 $$unsorted) (ORGANISM1 $$unsorted) (ORGANISM2 $$unsorted)) (=> (and (tptp.p__d__instance PARENT1 tptp.c__Organism) (tptp.p__d__instance ORGANISM1 tptp.c__Organism) (tptp.p__d__instance ORGANISM2 tptp.c__Organism) (tptp.p__d__instance PARENT2 tptp.c__Organism) (tptp.p__parent ORGANISM1 PARENT1) (tptp.p__parent ORGANISM2 PARENT1) (tptp.p__parent ORGANISM1 PARENT2) (tptp.p__parent ORGANISM2 PARENT2) (not (= ORGANISM1 ORGANISM2)) (not (= PARENT1 PARENT2))) (tptp.p__sibling ORGANISM1 ORGANISM2))) (forall ((ORG1 $$unsorted) (ORG2 $$unsorted) (PARENT $$unsorted)) (=> (and (tptp.p__d__instance ORG2 tptp.c__Organism) (tptp.p__d__instance ORG1 tptp.c__Organism) (tptp.p__d__instance PARENT tptp.c__Organism) (tptp.p__sibling ORG1 ORG2) (tptp.p__parent ORG1 PARENT)) (tptp.p__parent ORG2 PARENT))) (forall ((CHILD $$unsorted) (PARENT $$unsorted)) (=> (and (tptp.p__d__instance PARENT tptp.c__Organism) (tptp.p__d__instance CHILD tptp.c__Organism) (tptp.p__parent CHILD PARENT) (tptp.p__attribute PARENT tptp.c__Male)) (tptp.p__father CHILD PARENT))) (forall ((CHILD $$unsorted) (PARENT $$unsorted)) (=> (and (tptp.p__d__instance PARENT tptp.c__Organism) (tptp.p__d__instance CHILD tptp.c__Organism) (tptp.p__parent CHILD PARENT) (tptp.p__attribute PARENT tptp.c__Female)) (tptp.p__mother CHILD PARENT))) (tptp.p__subrelation tptp.c__brother tptp.c__sibling) (tptp.p__d__instance tptp.c__brother tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__brother tptp.c__TransitiveRelation) (tptp.p__subrelation tptp.c__sister tptp.c__sibling) (tptp.p__d__instance tptp.c__sister tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__sister tptp.c__TransitiveRelation) (tptp.p__d__instance tptp.c__legalRelation tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__legalRelation tptp.c__SymmetricRelation) (forall ((AGENT1 $$unsorted) (AGENT2 $$unsorted)) (=> (and (tptp.p__d__instance AGENT2 tptp.c__Human) (tptp.p__d__instance AGENT1 tptp.c__Human) (tptp.p__legalRelation AGENT1 AGENT2)) (exists ((DECLARE $$unsorted) (OBLIGATION $$unsorted)) (and (tptp.p__d__instance OBLIGATION tptp.c__Formula) (tptp.p__d__instance DECLARE tptp.c__Declaring) (tptp.p__confersObligation OBLIGATION DECLARE AGENT1) (tptp.p__confersObligation OBLIGATION DECLARE AGENT2))))) (tptp.p__d__instance tptp.c__acquaintance tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__mutualAcquaintance tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__mutualAcquaintance tptp.c__SymmetricRelation) (tptp.p__subrelation tptp.c__mutualAcquaintance tptp.c__acquaintance) (tptp.p__subrelation tptp.c__spouse tptp.c__mutualAcquaintance) (tptp.p__subrelation tptp.c__spouse tptp.c__legalRelation) (tptp.p__d__instance tptp.c__spouse tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__spouse tptp.c__SymmetricRelation) (tptp.p__subrelation tptp.c__husband tptp.c__spouse) (tptp.p__d__instance tptp.c__husband tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__husband tptp.c__IrreflexiveRelation) (tptp.p__inverse tptp.c__husband tptp.c__wife) (tptp.p__subrelation tptp.c__wife tptp.c__spouse) (tptp.p__d__instance tptp.c__wife tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__wife tptp.c__IrreflexiveRelation) (tptp.p__d__subclass tptp.c__EthnicGroup tptp.c__GroupOfPeople) (tptp.p__d__subclass tptp.c__BeliefGroup tptp.c__GroupOfPeople) (forall ((GROUP $$unsorted)) (=> (tptp.p__d__instance GROUP tptp.c__BeliefGroup) (exists ((BELIEF $$unsorted)) (and (tptp.p__d__instance BELIEF tptp.c__Formula) (forall ((MEMB $$unsorted)) (=> (and (tptp.p__d__instance MEMB tptp.c__SelfConnectedObject) (tptp.p__d__instance MEMB tptp.c__CognitiveAgent) (tptp.p__member MEMB GROUP)) (tptp.p__believes MEMB BELIEF))))))) (tptp.p__d__subclass tptp.c__Organization tptp.c__Group) (tptp.p__d__subclass tptp.c__Organization tptp.c__Agent) (forall ((ORG $$unsorted)) (=> (tptp.p__d__instance ORG tptp.c__Organization) (exists ((PURP $$unsorted)) (and (tptp.p__d__instance PURP tptp.c__Formula) (forall ((MEMBER $$unsorted)) (=> (and (tptp.p__d__instance MEMBER tptp.c__SelfConnectedObject) (tptp.p__member MEMBER ORG)) (tptp.p__hasPurpose MEMBER PURP))))))) (forall ((ORG $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__SelfConnectedObject) (tptp.p__d__instance ORG tptp.c__Organization) (tptp.p__member AGENT ORG)) (tptp.p__d__instance AGENT tptp.c__Agent))) (tptp.p__d__instance tptp.c__employs tptp.c__BinaryPredicate) (tptp.p__d__subclass tptp.c__PoliticalOrganization tptp.c__Organization) (forall ((POL $$unsorted)) (=> (tptp.p__d__instance POL tptp.c__PoliticalOrganization) (exists ((PROC $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__PoliticalProcess) (tptp.p__agent PROC POL))))) (tptp.p__d__subclass tptp.c__MilitaryForce tptp.c__PoliticalOrganization) (forall ((ORG $$unsorted)) (=> (tptp.p__d__instance ORG tptp.c__MilitaryForce) (tptp.p__capability tptp.c__ViolentContest tptp.c__agent ORG))) (tptp.p__d__subclass tptp.c__MilitaryOrganization tptp.c__MilitaryForce) (tptp.p__d__subclass tptp.c__MilitaryOrganization tptp.c__GovernmentOrganization) (tptp.p__d__subclass tptp.c__ParamilitaryOrganization tptp.c__MilitaryForce) (tptp.p__d__disjoint tptp.c__ParamilitaryOrganization tptp.c__GovernmentOrganization) (tptp.p__d__subclass tptp.c__GovernmentOrganization tptp.c__Organization) (forall ((ORG $$unsorted)) (=> (tptp.p__d__instance ORG tptp.c__Organization) (= (tptp.p__d__instance ORG tptp.c__GovernmentOrganization) (exists ((GOV $$unsorted)) (and (tptp.p__d__instance GOV tptp.c__Government) (tptp.p__subOrganization ORG GOV)))))) (forall ((GOV $$unsorted) (ORG $$unsorted)) (=> (and (tptp.p__d__instance ORG tptp.c__Organization) (tptp.p__subOrganization ORG GOV) (tptp.p__d__instance GOV tptp.c__GovernmentOrganization)) (tptp.p__d__instance ORG tptp.c__GovernmentOrganization))) (tptp.p__d__subclass tptp.c__Government tptp.c__GovernmentOrganization) (tptp.p__d__subclass tptp.c__Government tptp.c__LegalAgent) (tptp.p__d__instance tptp.c__GovernmentFn tptp.c__UnaryFunction) (tptp.p__d__subclass tptp.c__PoliceOrganization tptp.c__GovernmentOrganization) (tptp.p__d__subclass tptp.c__JudicialOrganization tptp.c__Organization) (tptp.p__d__subclass tptp.c__EducationalOrganization tptp.c__Organization) (tptp.p__d__subclass tptp.c__ReligiousOrganization tptp.c__Organization) (tptp.p__d__subclass tptp.c__ReligiousOrganization tptp.c__BeliefGroup) (tptp.p__subrelation tptp.c__subOrganization tptp.c__subCollection) (tptp.p__d__instance tptp.c__subOrganization tptp.c__PartialOrderingRelation) (tptp.p__d__instance tptp.c__citizen tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__citizen tptp.c__AsymmetricRelation) (tptp.p__d__subclass tptp.c__FieldOfStudy tptp.c__Proposition) (tptp.p__d__subclass tptp.c__Procedure tptp.c__Proposition) (tptp.p__d__subclass tptp.c__ComputerProgram tptp.c__Procedure) (tptp.p__d__subclass tptp.c__ComputerProgramming tptp.c__ContentDevelopment) (forall ((CP $$unsorted)) (=> (tptp.p__d__instance CP tptp.c__ComputerProgramming) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__ComputerProgram) (tptp.p__result CP C))))) (tptp.p__d__subclass tptp.c__Plan tptp.c__Procedure) (forall ((PLAN $$unsorted) (OBJ $$unsorted)) (=> (and (tptp.p__d__instance PLAN tptp.c__Plan) (tptp.p__d__instance OBJ tptp.c__ContentBearingObject) (tptp.p__containsInformation OBJ PLAN)) (exists ((PLANNING $$unsorted)) (and (tptp.p__d__instance PLANNING tptp.c__Planning) (tptp.p__result PLANNING OBJ))))) (tptp.p__d__subclass tptp.c__Argument tptp.c__Proposition) (tptp.p__d__partition3 tptp.c__Argument tptp.c__DeductiveArgument tptp.c__InductiveArgument) (forall ((REASON $$unsorted)) (=> (tptp.p__d__instance REASON tptp.c__Reasoning) (exists ((ARGUMENT $$unsorted)) (and (tptp.p__d__instance ARGUMENT tptp.c__Argument) (tptp.p__realization REASON ARGUMENT))))) (forall 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tptp.c__RadiatingVisibleLight))) (tptp.p__d__subclass tptp.c__Sunlight tptp.c__RadiatingLight) (tptp.p__d__subclass tptp.c__RadioReceiver tptp.c__ReceiverDevice) (tptp.p__d__subclass tptp.c__Script tptp.c__Collection) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__WrittenCommunication) (exists ((T $$unsorted) (C $$unsorted) (S $$unsorted)) (and (tptp.p__result W T) (tptp.p__d__instance T tptp.c__Text) (tptp.p__part C T) (tptp.p__d__instance C tptp.c__Character) (tptp.p__d__instance S tptp.c__Script) (tptp.p__member C S))))) (tptp.p__d__subclass tptp.c__Orthography tptp.c__Procedure) (tptp.p__d__subclass tptp.c__Lyrics tptp.c__Text) (tptp.p__d__subclass tptp.c__Paragraph tptp.c__Text) (forall ((T $$unsorted)) (=> (tptp.p__d__instance T tptp.c__Paragraph) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__Object) (tptp.p__d__instance S tptp.c__Sentence) (tptp.p__part S T))))) (tptp.p__subrelation tptp.c__sententialObject tptp.c__grammaticalRelation) (tptp.p__subrelation tptp.c__sententialSubject tptp.c__grammaticalRelation) (tptp.p__d__instance tptp.c__speaksLanguage tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__MonophonicMusic tptp.c__RelationalAttribute) (tptp.p__d__instance tptp.c__PolyphonicMusic tptp.c__RelationalAttribute) (tptp.p__d__subclass tptp.c__MusicalTone tptp.c__RadiatingSound) (tptp.p__d__subclass tptp.c__RadiatingSoundUltrasonic tptp.c__RadiatingSound) (tptp.p__d__instance tptp.c__soundFrequency tptp.c__BinaryPredicate) (tptp.p__d__subclass tptp.c__WrittenCommunication tptp.c__LinguisticCommunication) (tptp.p__d__subclass tptp.c__Corresponding tptp.c__LinguisticCommunication) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Corresponding) (exists ((M $$unsorted) (T $$unsorted)) (and (tptp.p__d__instance M tptp.c__Mailing) (tptp.p__subProcess M C) (tptp.p__d__instance T tptp.c__Text) (tptp.p__patient M T) (tptp.p__patient C T))))) (tptp.p__d__subclass tptp.c__Reminding tptp.c__Requesting) (forall ((REMIND $$unsorted)) (=> (tptp.p__d__instance REMIND tptp.c__Reminding) (exists ((REMEMBER $$unsorted)) (and (tptp.p__d__instance REMEMBER tptp.c__Remembering) (tptp.p__causes REMIND REMEMBER))))) (tptp.p__d__subclass tptp.c__Threatening tptp.c__Committing) (forall ((AGENT $$unsorted) (THREATEN $$unsorted) (DEST $$unsorted) (PROP $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance PROP tptp.c__Formula) (tptp.p__d__instance DEST tptp.c__CognitiveAgent) (tptp.p__d__instance THREATEN tptp.c__Threatening) (tptp.p__agent THREATEN AGENT) (tptp.p__patient THREATEN PROP) (tptp.p__destination THREATEN DEST)) (not (tptp.p__desires DEST PROP)))) (tptp.p__d__subclass tptp.c__Punishing tptp.c__RegulatoryProcess) (tptp.p__d__subclass tptp.c__Registering tptp.c__Stating) (tptp.p__d__subclass tptp.c__Registering tptp.c__PoliticalProcess) (forall ((ACTION $$unsorted)) (=> (tptp.p__d__instance ACTION tptp.c__LegalAction) (exists ((REGISTER $$unsorted)) (and (tptp.p__d__instance REGISTER tptp.c__Registering) (tptp.p__subProcess REGISTER ACTION))))) (tptp.p__d__subclass tptp.c__Answering tptp.c__Stating) (forall ((ANSWER $$unsorted)) (=> (tptp.p__d__instance ANSWER tptp.c__Answering) (exists ((QUESTION $$unsorted)) (and (tptp.p__d__instance QUESTION tptp.c__Questioning) (tptp.p__refers ANSWER QUESTION) (tptp.p__earlier (tptp.f__WhenFn1 QUESTION) (tptp.f__WhenFn1 ANSWER)))))) (tptp.p__d__subclass tptp.c__Arguing tptp.c__Stating) (forall ((ARGUE $$unsorted)) (=> (tptp.p__d__instance ARGUE tptp.c__Arguing) (exists ((STATEMENT $$unsorted) (ARGUMENT $$unsorted)) (and (tptp.p__patient ARGUE STATEMENT) (tptp.p__d__instance STATEMENT tptp.c__Statement) (tptp.p__containsInformation STATEMENT ARGUMENT) (tptp.p__d__instance ARGUMENT tptp.c__Argument))))) (tptp.p__d__subclass tptp.c__TellingALie tptp.c__LinguisticCommunication) (tptp.p__d__subclass tptp.c__Founding tptp.c__Declaring) (tptp.p__d__subclass tptp.c__Founding tptp.c__OrganizationalProcess) (forall ((FOUND $$unsorted)) (=> (tptp.p__d__instance FOUND tptp.c__Founding) (exists ((ORG $$unsorted)) (and (tptp.p__d__instance ORG tptp.c__Organization) (tptp.p__result FOUND ORG))))) (tptp.p__d__subclass tptp.c__Club tptp.c__Organization) (forall ((CLUB $$unsorted) (MEM1 $$unsorted) (MEM2 $$unsorted)) (=> (and (tptp.p__d__instance MEM1 tptp.c__SelfConnectedObject) (tptp.p__d__instance MEM1 tptp.c__CognitiveAgent) (tptp.p__d__instance MEM2 tptp.c__SelfConnectedObject) (tptp.p__d__instance MEM2 tptp.c__CognitiveAgent) (tptp.p__d__instance CLUB tptp.c__Club) (tptp.p__member MEM1 CLUB) (tptp.p__member MEM2 CLUB)) (exists ((DESIRE $$unsorted)) (and (tptp.p__d__instance DESIRE tptp.c__Formula) (tptp.p__desires MEM1 DESIRE) (tptp.p__desires MEM2 DESIRE))))) (tptp.p__d__instance tptp.c__yearOfFounding tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__yearOfFounding tptp.c__AsymmetricRelation) (forall ((O $$unsorted) (Y $$unsorted)) (=> (and (tptp.p__d__instance Y tptp.c__Integer) (tptp.p__d__instance O tptp.c__Organization) (tptp.p__yearOfFounding O Y)) (tptp.p__dateEstablished O (tptp.f__YearFn1 Y)))) (tptp.p__d__instance tptp.c__dateEstablished tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__dateUsed tptp.c__TernaryPredicate) (forall ((OBJECT $$unsorted) (AGENT $$unsorted) (DATE $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance DATE tptp.c__TimePoint) (tptp.p__d__instance OBJECT tptp.c__Object) (tptp.p__dateUsed OBJECT DATE AGENT)) (exists ((PROCESS $$unsorted)) (and (tptp.p__d__instance PROCESS tptp.c__Process) (tptp.p__patient PROCESS OBJECT) (tptp.p__agent PROCESS AGENT) (tptp.p__uses OBJECT AGENT) (tptp.p__temporalPart DATE (tptp.f__WhenFn1 PROCESS)))))) (tptp.p__d__subclass tptp.c__Accrediting tptp.c__Declaring) (forall ((A $$unsorted) (EO $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Accrediting) (tptp.p__patient A EO)) (tptp.p__d__instance EO tptp.c__EducationalOrganization))) (tptp.p__d__subclass tptp.c__Indicating tptp.c__Communication) (tptp.p__d__subclass tptp.c__Indicating tptp.c__BodyMotion) (tptp.p__d__subclass tptp.c__Divorcing tptp.c__Declaring) (tptp.p__d__subclass tptp.c__Appointing tptp.c__Declaring) (forall ((A $$unsorted)) (=> (tptp.p__d__instance A tptp.c__Appointing) (forall ((H $$unsorted)) (or (not (tptp.p__d__instance H tptp.c__Agent)) (not (tptp.p__agent A H)) (not (tptp.p__d__instance H tptp.c__Public)))))) (tptp.p__d__subclass tptp.c__TurningOffDevice tptp.c__InternalChange) (forall ((P $$unsorted) (D $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__TurningOffDevice) (tptp.p__patient P D)) (tptp.p__d__instance D tptp.c__Device))) (tptp.p__d__subclass tptp.c__TurningOnDevice tptp.c__InternalChange) (forall ((P $$unsorted) (D $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__TurningOnDevice) (tptp.p__patient P D)) (tptp.p__d__instance D tptp.c__Device))) (tptp.p__d__subclass tptp.c__Projectile tptp.c__Weapon) (forall ((PROJECTILE $$unsorted)) (=> (tptp.p__d__instance PROJECTILE tptp.c__Projectile) (tptp.p__capability tptp.c__Shooting tptp.c__patient PROJECTILE))) (tptp.p__d__subclass tptp.c__ProjectileShell tptp.c__Container) (forall ((PROJECTILE $$unsorted)) (=> (tptp.p__d__instance PROJECTILE tptp.c__Projectile) (exists ((SHELL $$unsorted)) (and (tptp.p__d__instance SHELL tptp.c__ProjectileShell) (tptp.p__part SHELL PROJECTILE))))) (tptp.p__d__subclass tptp.c__ProjectileLauncher tptp.c__Weapon) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__ProjectileLauncher) (tptp.p__capability tptp.c__Shooting tptp.c__instrument L))) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Shooting) (exists ((P $$unsorted) (L $$unsorted)) (and (tptp.p__d__instance P tptp.c__Projectile) (tptp.p__patient S P) (tptp.p__d__instance L tptp.c__ProjectileLauncher) (tptp.p__instrument S L))))) (tptp.p__d__subclass tptp.c__Spear tptp.c__Weapon) (tptp.p__d__subclass tptp.c__Sword tptp.c__Weapon) (tptp.p__d__subclass tptp.c__Whip tptp.c__Weapon) (tptp.p__d__subclass tptp.c__Gun tptp.c__Weapon) (tptp.p__d__subclass tptp.c__Gun tptp.c__ProjectileLauncher) (tptp.p__d__partition3 tptp.c__Gun tptp.c__ArtilleryGun tptp.c__Firearm) (forall ((GUN $$unsorted)) (=> (tptp.p__d__instance GUN tptp.c__Gun) (tptp.p__capability tptp.c__Shooting tptp.c__instrument GUN))) (forall ((SHOOT $$unsorted)) (=> (tptp.p__d__instance SHOOT tptp.c__Shooting) (exists ((PROJECTILE $$unsorted) (GUN $$unsorted)) (and (tptp.p__d__instance PROJECTILE tptp.c__Projectile) (tptp.p__patient SHOOT PROJECTILE) (tptp.p__d__instance GUN tptp.c__Gun) (tptp.p__instrument SHOOT GUN))))) (tptp.p__d__subclass tptp.c__MortarGun tptp.c__ArtilleryGun) (tptp.p__d__subclass tptp.c__Bullet tptp.c__Projectile) (tptp.p__d__subclass tptp.c__BulletCartridge tptp.c__Projectile) (tptp.p__d__subclass tptp.c__CartridgeCase tptp.c__EngineeringComponent) (forall ((CASE $$unsorted)) (=> (and (tptp.p__d__instance CASE tptp.c__Agent) (tptp.p__d__instance CASE tptp.c__CartridgeCase)) (exists ((CARTRIDGE $$unsorted) (BULLET $$unsorted) (K $$unsorted)) (and (tptp.p__d__instance CARTRIDGE tptp.c__BulletCartridge) (tptp.p__d__instance BULLET tptp.c__Bullet) (tptp.p__d__instance K tptp.c__Keeping) (tptp.p__properPart CASE CARTRIDGE) (tptp.p__properPart BULLET CARTRIDGE) (tptp.p__agent K CASE) (tptp.p__patient K BULLET))))) (tptp.p__d__subclass tptp.c__GunBarrel tptp.c__EngineeringComponent) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__GunBarrel) (exists ((G $$unsorted)) (and (tptp.p__d__instance G tptp.c__Gun) (tptp.p__part B G))))) (forall ((G $$unsorted) (GUN $$unsorted) (P $$unsorted) (S $$unsorted) (B $$unsorted)) (=> (and (tptp.p__d__instance GUN tptp.c__Physical) (tptp.p__d__instance G tptp.c__Gun) (tptp.p__d__instance B tptp.c__GunBarrel) (tptp.p__part B G) (tptp.p__d__instance S tptp.c__Shooting) (tptp.p__instrument S GUN) (tptp.p__patient S P) (tptp.p__d__instance P tptp.c__Projectile)) (exists ((SUB $$unsorted)) (and (tptp.p__d__instance SUB tptp.c__Motion) (tptp.p__subProcess SUB S) (tptp.p__path SUB B))))) (tptp.p__d__subclass tptp.c__GunPowder tptp.c__Mixture) (tptp.p__d__subclass tptp.c__Lever tptp.c__Device) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__Lever) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Object) (tptp.p__axis A L))))) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__GunPowder) (tptp.p__capability tptp.c__Explosion tptp.c__instrument P))) (tptp.p__d__subclass tptp.c__GunTrigger tptp.c__EngineeringComponent) (tptp.p__d__subclass tptp.c__GunTrigger tptp.c__Lever) (tptp.p__typicalPart tptp.c__GunTrigger tptp.c__Gun) (tptp.p__typicallyContainsPart tptp.c__GunTrigger tptp.c__Gun) (tptp.p__d__subclass tptp.c__LoadingWeapon tptp.c__Inserting) (forall ((L $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance L tptp.c__LoadingWeapon) (tptp.p__patient L P)) (tptp.p__d__instance P tptp.c__Projectile))) (forall ((L $$unsorted) (W $$unsorted)) (=> (and (tptp.p__d__instance L tptp.c__LoadingWeapon) (tptp.p__destination L W)) (tptp.p__d__instance W tptp.c__ProjectileLauncher))) (tptp.p__d__instance tptp.c__effectiveRange tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__effectiveRange tptp.c__SingleValuedRelation) (tptp.p__subrelation tptp.c__effectiveRange tptp.c__measure) (tptp.p__d__subclass tptp.c__GunStock tptp.c__EngineeringComponent) (forall ((STOCK $$unsorted)) (=> (tptp.p__d__instance STOCK tptp.c__GunStock) (exists ((GUN $$unsorted)) (and (tptp.p__d__instance GUN tptp.c__Gun) (tptp.p__part STOCK GUN))))) (tptp.p__d__subclass tptp.c__WeaponOfMassDestruction tptp.c__Weapon) (tptp.p__d__subclass tptp.c__Handle tptp.c__EngineeringComponent) (tptp.p__d__subclass tptp.c__Shield tptp.c__Artifact) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Shield) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Handle) (tptp.p__part H S))))) (tptp.p__d__subclass tptp.c__Mast tptp.c__Artifact) (forall ((M $$unsorted)) (=> (tptp.p__d__instance M tptp.c__Mast) (exists ((W $$unsorted)) (and (tptp.p__d__instance W tptp.c__WaterVehicle) (tptp.p__part M W))))) (tptp.p__d__subclass tptp.c__WingDevice tptp.c__EngineeringComponent) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__WingDevice) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Aircraft) (tptp.p__part W A))))) (tptp.p__d__subclass tptp.c__Tube tptp.c__Artifact) (tptp.p__d__subclass tptp.c__PhotographicFilm tptp.c__Artifact) (tptp.p__d__subclass tptp.c__PictureFrame tptp.c__Artifact) (tptp.p__d__subclass tptp.c__Shelf tptp.c__Artifact) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Shelf) (exists ((F $$unsorted)) (and (tptp.p__d__instance F tptp.c__Furniture) (tptp.p__part S F))))) (tptp.p__d__subclass tptp.c__AutomaticGun tptp.c__Gun) (tptp.p__d__subclass tptp.c__ArtilleryGun tptp.c__Gun) (tptp.p__d__subclass tptp.c__Firearm tptp.c__Gun) (tptp.p__d__partition3 tptp.c__Firearm tptp.c__Rifle tptp.c__Pistol) (tptp.p__d__subclass tptp.c__Rifle tptp.c__Firearm) (tptp.p__d__subclass tptp.c__Pistol tptp.c__Firearm) (tptp.p__d__subclass tptp.c__RevolverGun tptp.c__Pistol) (tptp.p__d__instance tptp.c__ContainerEmpty tptp.c__RelationalAttribute) (forall ((C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__Object) (tptp.p__attribute C tptp.c__ContainerEmpty)) (tptp.p__d__instance C tptp.c__Container))) (forall ((C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__SelfConnectedObject) (tptp.p__attribute C tptp.c__ContainerEmpty)) (forall ((H $$unsorted) (S $$unsorted)) (or (not (tptp.p__d__instance H tptp.c__Hole)) (not (tptp.p__d__instance S tptp.c__Object)) (not (tptp.p__hole H C)) (not (tptp.p__partiallyFills S H)))))) (tptp.p__d__instance tptp.c__ContainerFull tptp.c__RelationalAttribute) (tptp.p__contraryAttribute2 tptp.c__ContainerFull tptp.c__ContainerEmpty) (forall ((C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__Object) (tptp.p__attribute C tptp.c__ContainerFull)) (tptp.p__d__instance C tptp.c__Container))) (forall ((C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__SelfConnectedObject) (tptp.p__attribute C tptp.c__ContainerFull)) (exists ((H $$unsorted) (S $$unsorted)) (and (tptp.p__d__instance H tptp.c__Hole) (tptp.p__d__instance S tptp.c__Object) (tptp.p__hole H C) (tptp.p__fills S H))))) (tptp.p__d__subclass tptp.c__Holster tptp.c__Container) (tptp.p__d__subclass tptp.c__Wastebasket tptp.c__Container) (tptp.p__d__subclass tptp.c__ArrowProjectile tptp.c__Projectile) (tptp.p__d__subclass tptp.c__DriveComponent tptp.c__EngineeringComponent) (tptp.p__d__subclass tptp.c__PetroleumProduct tptp.c__Oil) (forall ((PP $$unsorted)) (=> (tptp.p__d__instance PP tptp.c__PetroleumProduct) (exists ((O $$unsorted)) (and (tptp.p__d__instance O tptp.c__OrganicCompound) (tptp.p__part O PP))))) (tptp.p__d__subclass tptp.c__FossilFuel tptp.c__Fuel) (tptp.p__d__subclass tptp.c__FossilFuel tptp.c__PetroleumProduct) (tptp.p__d__subclass tptp.c__Fuel tptp.c__Substance) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__FossilFuel) (tptp.p__attribute X tptp.c__Flammable))) (tptp.p__d__subclass tptp.c__Wax tptp.c__Substance) (tptp.p__d__subclass tptp.c__LiquefiedPetroleumGas tptp.c__FossilFuel) (tptp.p__d__subclass tptp.c__Gasoline tptp.c__FossilFuel) (tptp.p__d__subclass tptp.c__DieselFuel tptp.c__FossilFuel) (tptp.p__d__subclass tptp.c__Transducer tptp.c__Device) (tptp.p__d__subclass tptp.c__Engine tptp.c__Transducer) (tptp.p__d__instance tptp.c__powerPlant tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__powerPlant tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__powerPlant tptp.c__IrreflexiveRelation) (tptp.p__subrelation tptp.c__powerPlant tptp.c__component) (forall ((G $$unsorted) (O $$unsorted)) (=> (and (tptp.p__d__instance G tptp.c__Device) (tptp.p__powerPlant G O) (tptp.p__d__instance O tptp.c__Device)) (tptp.p__d__instance O tptp.c__SelfPoweredDevice))) (forall ((O $$unsorted) (G $$unsorted)) (=> (and (tptp.p__d__instance O tptp.c__Artifact) (tptp.p__d__instance G tptp.c__Device) (tptp.p__powerPlant G O)) (or (tptp.p__d__instance G tptp.c__Engine) (tptp.p__d__instance G tptp.c__Battery)))) (tptp.p__d__subclass tptp.c__SteamEngine tptp.c__Engine) (tptp.p__d__subclass tptp.c__Turbine tptp.c__Engine) (tptp.p__d__subclass tptp.c__Windmill tptp.c__Engine) (tptp.p__d__subclass tptp.c__InternalCombustionEngine tptp.c__Engine) (tptp.p__d__subclass tptp.c__Manifold tptp.c__EngineeringComponent) (tptp.p__d__subclass tptp.c__ElectricMotor tptp.c__Engine) (tptp.p__d__subclass tptp.c__ElectricMotor tptp.c__ElectricDevice) (tptp.p__d__subclass tptp.c__SwitchDevice tptp.c__EngineeringComponent) (forall ((DEVICE $$unsorted)) (=> (tptp.p__d__instance DEVICE tptp.c__SwitchDevice) (exists ((PROC1 $$unsorted) (PROC2 $$unsorted) (ELECTRIC $$unsorted)) (and (tptp.p__d__instance PROC1 tptp.c__Process) (tptp.p__d__instance PROC2 tptp.c__Process) (tptp.p__instrument PROC1 DEVICE) (tptp.p__causes PROC1 PROC2) (tptp.p__instrument PROC2 ELECTRIC) (tptp.p__d__instance ELECTRIC tptp.c__ElectricDevice))))) (tptp.p__d__subclass tptp.c__Microphone tptp.c__ElectricDevice) (tptp.p__d__subclass tptp.c__Microphone tptp.c__CommunicationDevice) (tptp.p__d__subclass tptp.c__ReceiverDevice tptp.c__CommunicationDevice) (tptp.p__d__subclass tptp.c__ReceiverDevice tptp.c__ElectricDevice) (forall ((E $$unsorted) (D $$unsorted)) (=> (and (tptp.p__d__instance E tptp.c__RadioEmission) (tptp.p__destination E D)) (tptp.p__d__instance D tptp.c__ReceiverDevice))) (tptp.p__d__subclass tptp.c__Telegraph tptp.c__ElectricDevice) (tptp.p__d__subclass tptp.c__Telegraph tptp.c__CommunicationDevice) (tptp.p__d__subclass tptp.c__ProjectionScreen tptp.c__CommunicationDevice) (tptp.p__d__subclass tptp.c__Pencil tptp.c__WritingDevice) (tptp.p__d__subclass tptp.c__DeviceAttribute tptp.c__ObjectiveNorm) (forall ((ATTRIBUTE $$unsorted) (DEVICE $$unsorted)) (=> (and (tptp.p__d__instance DEVICE tptp.c__Object) (tptp.p__attribute DEVICE ATTRIBUTE) (tptp.p__d__instance ATTRIBUTE tptp.c__DeviceAttribute)) (tptp.p__d__instance DEVICE tptp.c__Device))) (tptp.p__d__instance tptp.c__Functioning tptp.c__DeviceAttribute) (tptp.p__contraryAttribute2 tptp.c__Functioning tptp.c__Malfunctioning) (forall ((DEVICE $$unsorted) (PROP $$unsorted)) (=> (and (tptp.p__d__instance DEVICE tptp.c__Object) (tptp.p__d__instance PROP tptp.c__Formula) (tptp.p__attribute DEVICE tptp.c__Functioning) (tptp.p__hasPurpose DEVICE PROP)) (tptp.p__truth PROP tptp.c__True))) (tptp.p__d__instance tptp.c__Malfunctioning tptp.c__DeviceAttribute) (forall ((DEVICE $$unsorted) (PROP $$unsorted)) (=> (and (tptp.p__d__instance DEVICE tptp.c__Object) (tptp.p__d__instance PROP tptp.c__Formula) (tptp.p__attribute DEVICE tptp.c__Malfunctioning) (tptp.p__hasPurpose DEVICE PROP)) (tptp.p__truth PROP tptp.c__False))) (tptp.p__d__subclass tptp.c__DeviceStateAttribute tptp.c__InternalAttribute) (tptp.p__d__instance tptp.c__DeviceClosed tptp.c__DeviceStateAttribute) (tptp.p__d__instance tptp.c__DeviceOff tptp.c__DeviceStateAttribute) (tptp.p__d__instance tptp.c__DeviceOn tptp.c__DeviceStateAttribute) (tptp.p__d__instance tptp.c__DeviceOpen tptp.c__DeviceStateAttribute) (tptp.p__d__instance tptp.c__deviceState tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__deviceState tptp.c__attribute) (tptp.p__d__subclass tptp.c__Aerator tptp.c__Device) (tptp.p__d__subclass tptp.c__Aerating tptp.c__Combining) (forall ((AERATE $$unsorted)) (=> (tptp.p__d__instance AERATE tptp.c__Aerating) (exists ((AIR $$unsorted) (S $$unsorted)) (and (tptp.p__d__instance S tptp.c__Object) (tptp.p__patient AERATE AIR) (tptp.p__d__instance AIR tptp.c__Air) (tptp.p__patient AERATE S) (tptp.p__attribute S tptp.c__Liquid))))) (tptp.p__d__subclass tptp.c__Broom tptp.c__BrushOrComb) (tptp.p__d__subclass tptp.c__BrushOrComb tptp.c__Device) (tptp.p__d__subclass tptp.c__MatchDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__VendingDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__WritingDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__SmokingDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__SmokingPipe tptp.c__SmokingDevice) (tptp.p__d__subclass tptp.c__Shower tptp.c__BathingDevice) (forall ((SHOWER $$unsorted)) (=> (tptp.p__d__instance SHOWER tptp.c__Shower) (exists ((X $$unsorted) (FLOOR $$unsorted)) (and (tptp.p__d__instance X tptp.c__Object) (or (tptp.p__d__instance X tptp.c__Wall) (tptp.p__d__instance X tptp.c__Ceiling)) (tptp.p__connected SHOWER X) (tptp.p__d__instance FLOOR tptp.c__Floor) (tptp.p__orientation SHOWER FLOOR tptp.c__Above))))) (tptp.p__d__subclass tptp.c__BathTub tptp.c__BathingDevice) (tptp.p__d__subclass tptp.c__BathTub tptp.c__FluidContainer) (tptp.p__d__subclass tptp.c__Excrement tptp.c__BodySubstance) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Excrement) (exists ((PROC $$unsorted) (ORG $$unsorted)) (and (tptp.p__d__instance ORG tptp.c__Organism) (tptp.p__d__instance PROC tptp.c__PhysiologicProcess) (tptp.p__result PROC X) (tptp.p__agent PROC ORG))))) (tptp.p__d__subclass tptp.c__Feces tptp.c__Excrement) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Feces) (tptp.p__attribute X tptp.c__Solid))) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Feces) (exists ((PROC $$unsorted) (INT $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__PhysiologicProcess) (tptp.p__instrument PROC INT) (tptp.p__d__instance INT tptp.c__Intestine) (tptp.p__result PROC X))))) (tptp.p__d__subclass tptp.c__Urine tptp.c__Excrement) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Urine) (tptp.p__attribute X tptp.c__Liquid))) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Urine) (exists ((PROC $$unsorted) (KIDNEY $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__PhysiologicProcess) (tptp.p__instrument PROC KIDNEY) (tptp.p__d__instance KIDNEY tptp.c__Kidney) (tptp.p__result PROC X))))) (tptp.p__d__subclass tptp.c__Excretion tptp.c__OrganismProcess) (forall ((PROC $$unsorted)) (=> (tptp.p__d__instance PROC tptp.c__Excretion) (exists ((ORG $$unsorted) (WASTE $$unsorted) (PART $$unsorted)) (and (tptp.p__d__instance ORG tptp.c__Organism) (tptp.p__agent PROC ORG) (tptp.p__patient PROC WASTE) (tptp.p__d__instance WASTE tptp.c__Excrement) (tptp.p__d__instance PART tptp.c__BodyPart) (tptp.p__instrument PROC PART))))) (tptp.p__d__subclass tptp.c__Urination tptp.c__Excretion) (forall ((PROC $$unsorted)) (=> (tptp.p__d__instance PROC tptp.c__Urination) (exists ((URINE $$unsorted)) (and (tptp.p__d__instance URINE tptp.c__Urine) (tptp.p__patient PROC URINE))))) (tptp.p__d__subclass tptp.c__Defecation tptp.c__Excretion) (forall ((PROC $$unsorted)) (=> (tptp.p__d__instance PROC tptp.c__Defecation) (exists ((FECES $$unsorted)) (and (tptp.p__d__instance FECES tptp.c__Feces) (tptp.p__patient PROC FECES))))) (tptp.p__d__subclass tptp.c__Sewage tptp.c__Mixture) (forall ((D $$unsorted) (ANI $$unsorted)) (=> (and (tptp.p__d__instance ANI tptp.c__Animal) (tptp.p__d__instance D tptp.c__DiseaseOrSyndrome) (not (tptp.p__attribute ANI D))) (exists ((P $$unsorted) (W $$unsorted)) (and (tptp.p__d__instance P tptp.c__BiologicalProcess) (tptp.p__d__instance P tptp.c__Removing) (tptp.p__origin P ANI) (tptp.p__d__instance W tptp.c__Sewage) (tptp.p__agent P ANI) (tptp.p__patient P W))))) (tptp.p__d__subclass tptp.c__Bidet tptp.c__WashingDevice) (tptp.p__d__subclass tptp.c__Toilet tptp.c__Device) (forall ((T $$unsorted) (R $$unsorted)) (=> (and (tptp.p__located T R) (tptp.p__d__instance T tptp.c__Toilet) (tptp.p__d__instance R tptp.c__Room)) (tptp.p__d__instance R tptp.c__Bathroom))) (tptp.p__d__subclass tptp.c__Toothbrush tptp.c__BrushOrComb) (tptp.p__d__subclass tptp.c__CigarOrCigarette tptp.c__SmokingDevice) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__CigarOrCigarette) (exists ((T $$unsorted)) (and (tptp.p__d__instance T tptp.c__Tobacco) (tptp.p__part T C))))) (tptp.p__d__subclass tptp.c__Tableware tptp.c__Device) (tptp.p__d__subclass tptp.c__Compass tptp.c__Device) (tptp.p__d__subclass tptp.c__Compass tptp.c__ContentBearingObject) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Compass) (exists ((D $$unsorted)) (and (tptp.p__d__instance D tptp.c__DirectionalAttribute) (tptp.p__represents C D))))) (tptp.p__d__subclass tptp.c__MajorAppliance tptp.c__Device) (tptp.p__d__subclass tptp.c__Refrigerator tptp.c__MajorAppliance) (tptp.p__d__subclass tptp.c__Freezer tptp.c__MajorAppliance) (tptp.p__d__subclass tptp.c__CookingRange tptp.c__MajorAppliance) (tptp.p__d__subclass tptp.c__CookingOven tptp.c__MajorAppliance) (tptp.p__d__subclass tptp.c__HotWaterHeater tptp.c__MajorAppliance) (tptp.p__d__subclass tptp.c__ClothesWashingMachine tptp.c__MajorAppliance) (tptp.p__d__subclass tptp.c__ClothesDryer tptp.c__MajorAppliance) (tptp.p__d__subclass tptp.c__Dishwasher tptp.c__MajorAppliance) (tptp.p__d__subclass tptp.c__CoolingDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__FanDevice tptp.c__CoolingDevice) (tptp.p__d__subclass tptp.c__HeatingDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__Oven tptp.c__HeatingDevice) (tptp.p__d__subclass tptp.c__Oven tptp.c__Container) (tptp.p__d__subclass tptp.c__Stove tptp.c__HeatingDevice) (tptp.p__d__subclass tptp.c__Refrigerator tptp.c__CoolingDevice) (tptp.p__d__subclass tptp.c__Refrigerator tptp.c__ElectricDevice) (tptp.p__d__subclass tptp.c__Refrigerator tptp.c__Container) (tptp.p__d__subclass tptp.c__PotOrPan tptp.c__Container) (tptp.p__d__subclass tptp.c__Ramp tptp.c__SelfConnectedObject) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Ramp) (tptp.p__capability tptp.c__MotionUpward tptp.c__path R))) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Ramp) (tptp.p__capability tptp.c__MotionDownward tptp.c__path R))) (tptp.p__d__subclass tptp.c__RecreationOrExerciseDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__WalkingCane tptp.c__Device) (tptp.p__d__subclass tptp.c__WashingDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__MaterialHandlingEquipment tptp.c__Device) (tptp.p__d__subclass tptp.c__Crane tptp.c__MaterialHandlingEquipment) (forall ((C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__CorpuscularObject) (tptp.p__d__instance C tptp.c__Crane)) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__CorpuscularObject) (tptp.p__d__instance H tptp.c__HoistingDevice) (tptp.p__component H C))))) (tptp.p__d__subclass tptp.c__HoistingDevice tptp.c__MaterialHandlingEquipment) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__HoistingDevice) (tptp.p__capability tptp.c__MotionUpward tptp.c__instrument H))) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__HoistingDevice) (tptp.p__capability tptp.c__MotionDownward tptp.c__instrument H))) (tptp.p__d__subclass tptp.c__OpticalDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__EyeGlass tptp.c__OpticalDevice) (tptp.p__d__subclass tptp.c__Lens tptp.c__OpticalDevice) (tptp.p__d__subclass tptp.c__Microscope tptp.c__OpticalDevice) (tptp.p__d__subclass tptp.c__Filter tptp.c__Device) (tptp.p__d__subclass tptp.c__FileDevice tptp.c__Device) (forall ((DEVICE $$unsorted)) (=> (tptp.p__d__instance DEVICE tptp.c__FileDevice) (tptp.p__capability tptp.c__SurfaceChange tptp.c__instrument DEVICE))) (tptp.p__d__subclass tptp.c__ElectricDevice tptp.c__Device) (forall ((DEV $$unsorted) (EV $$unsorted)) (=> (and (tptp.p__d__instance DEV tptp.c__ElectricDevice) (tptp.p__d__instance EV tptp.c__Process) (tptp.p__instrument EV DEV)) (exists ((R $$unsorted)) (and (tptp.p__d__instance R tptp.c__Electricity) (tptp.p__resource EV R))))) (tptp.p__d__subclass tptp.c__Electricity tptp.c__Substance) (tptp.p__d__subclass tptp.c__PowerSource tptp.c__Device) (forall ((PS $$unsorted)) (=> (tptp.p__d__instance PS tptp.c__PowerSource) (exists ((RE $$unsorted)) (and (tptp.p__d__instance RE tptp.c__RadiatingElectromagnetic) (tptp.p__origin RE PS))))) (tptp.p__d__subclass tptp.c__DCPowerSource tptp.c__PowerSource) (tptp.p__d__subclass tptp.c__Battery tptp.c__DCPowerSource) (tptp.p__d__subclass tptp.c__Battery tptp.c__ElectricDevice) (tptp.p__d__subclass tptp.c__Radar tptp.c__ElectricDevice) (forall ((RADAR $$unsorted)) (=> (tptp.p__d__instance RADAR tptp.c__Radar) (tptp.p__capability tptp.c__RadiatingElectromagnetic tptp.c__agent RADAR))) (tptp.p__d__instance tptp.c__discovers tptp.c__BinaryPredicate) (forall ((AGENT $$unsorted) (OBJECT $$unsorted)) (=> (and (tptp.p__d__instance OBJECT tptp.c__Object) (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__discovers AGENT OBJECT)) (exists ((DISCOVERING $$unsorted)) (and (tptp.p__d__instance DISCOVERING tptp.c__Discovering) (tptp.p__agent DISCOVERING AGENT) (tptp.p__patient DISCOVERING OBJECT))))) (tptp.p__d__subclass tptp.c__Sonar tptp.c__CorpuscularObject) (forall ((SONAR $$unsorted)) (=> (tptp.p__d__instance SONAR tptp.c__Sonar) (tptp.p__capability tptp.c__RadiatingSound tptp.c__agent SONAR))) (tptp.p__d__subclass tptp.c__Echoing tptp.c__RadiatingSound) (tptp.p__d__subclass tptp.c__ElectricalSignalling tptp.c__Signalling) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__ElectricalSignalling) (exists ((D $$unsorted)) (and (tptp.p__d__instance D tptp.c__ElectricDevice) (tptp.p__instrument S D))))) (tptp.p__d__subclass tptp.c__ElectronicSignalling tptp.c__ElectricalSignalling) (tptp.p__d__subclass tptp.c__SecurityDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__Lock tptp.c__SecurityDevice) (tptp.p__d__subclass tptp.c__Key tptp.c__SecurityDevice) (tptp.p__d__instance tptp.c__Locked tptp.c__RelationalAttribute) (forall ((X $$unsorted)) (let ((_let_1 (tptp.p__d__instance X tptp.c__Object))) (=> (and _let_1 (tptp.p__attribute X tptp.c__Locked)) _let_1))) (tptp.p__d__subclass tptp.c__SafeContainer tptp.c__Container) (tptp.p__d__subclass tptp.c__SafeContainer tptp.c__SecurityDevice) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__SafeContainer) (exists ((L $$unsorted)) (and (tptp.p__d__instance L tptp.c__Lock) (tptp.p__part L S))))) (tptp.p__d__subclass tptp.c__AnimalController tptp.c__Device) (tptp.p__d__subclass tptp.c__SelfPoweredDevice tptp.c__Device) (forall ((DEVICE $$unsorted)) (=> (tptp.p__d__instance DEVICE tptp.c__SelfPoweredDevice) (exists ((SOURCE $$unsorted)) (and (tptp.p__d__instance SOURCE tptp.c__Device) (tptp.p__powerPlant DEVICE SOURCE))))) (tptp.p__d__subclass tptp.c__AnimalPoweredDevice tptp.c__Device) (forall ((D $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Process) (tptp.p__d__instance D tptp.c__AnimalPoweredDevice) (tptp.p__instrument P D)) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Animal) (tptp.p__instrument P A))))) (tptp.p__d__instance tptp.c__Flat tptp.c__ShapeAttribute) (forall ((F $$unsorted)) (=> (and (tptp.p__d__instance F tptp.c__SelfConnectedObject) (tptp.p__attribute F tptp.c__Flat)) (exists ((H $$unsorted) (S1 $$unsorted) (S2 $$unsorted) (H1 $$unsorted) (H2 $$unsorted)) (let ((_let_1 (tptp.f__MultiplicationFn2 tptp.c__2 H))) (and (tptp.p__d__instance S1 tptp.c__SelfConnectedObject) (tptp.p__d__instance S2 tptp.c__SelfConnectedObject) (tptp.p__d__instance H tptp.c__LengthMeasure) (tptp.p__d__instance H1 tptp.c__LengthMeasure) (tptp.p__d__instance H2 tptp.c__LengthMeasure) (tptp.p__side S1 F) (tptp.p__side S2 F) (tptp.p__meetsSpatially S1 S2) (not (= S1 S2)) (tptp.p__height F H) (tptp.p__height S1 H1) (tptp.p__height S2 H2) (tptp.p__greaterThan H1 _let_1) (tptp.p__greaterThan H2 _let_1)))))) (tptp.p__d__instance tptp.c__LongAndThin tptp.c__ShapeAttribute) (forall ((F $$unsorted)) (=> (and (tptp.p__d__instance F tptp.c__SelfConnectedObject) (tptp.p__attribute F tptp.c__LongAndThin)) (exists ((H $$unsorted) (S1 $$unsorted) (S2 $$unsorted) (H1 $$unsorted) (H2 $$unsorted)) (let ((_let_1 (tptp.f__MultiplicationFn2 tptp.c__3 H))) (and (tptp.p__d__instance S1 tptp.c__SelfConnectedObject) (tptp.p__d__instance S2 tptp.c__SelfConnectedObject) (tptp.p__d__instance H tptp.c__LengthMeasure) (tptp.p__d__instance H1 tptp.c__LengthMeasure) (tptp.p__d__instance H2 tptp.c__LengthMeasure) (tptp.p__side S1 F) (tptp.p__side S2 F) (tptp.p__meetsSpatially S1 S2) (not (= S1 S2)) (tptp.p__length F H) (tptp.p__length S1 H1) (tptp.p__length S2 H2) (tptp.p__lessThan H1 _let_1) (tptp.p__lessThan H2 _let_1)))))) (tptp.p__d__instance tptp.c__LevelShape tptp.c__ShapeAttribute) (forall ((O $$unsorted)) (=> (and (tptp.p__d__instance O tptp.c__SelfConnectedObject) (tptp.p__attribute O tptp.c__LevelShape)) (forall ((P1 $$unsorted) (P2 $$unsorted) (T $$unsorted) (H1 $$unsorted) (H2 $$unsorted)) (or (not (tptp.p__d__instance T tptp.c__SelfConnectedObject)) (not (tptp.p__d__instance P1 tptp.c__SelfConnectedObject)) (not (tptp.p__d__instance P2 tptp.c__SelfConnectedObject)) (not (tptp.p__d__instance H1 tptp.c__LengthMeasure)) (not (tptp.p__d__instance H2 tptp.c__LengthMeasure)) (not (tptp.p__top T O)) (not (tptp.p__part P1 T)) (not (tptp.p__part P2 T)) (not (tptp.p__height P1 H1)) (not (tptp.p__height P2 H2)) (not (tptp.p__greaterThan H1 H2)))))) (tptp.p__d__instance tptp.c__SymmetricShape tptp.c__ShapeAttribute) (forall ((T $$unsorted)) (=> (and (tptp.p__d__instance T tptp.c__Object) (tptp.p__attribute T tptp.c__SymmetricShape)) (exists ((C1 $$unsorted) (C2 $$unsorted)) (and (tptp.p__d__instance C2 tptp.c__Object) (tptp.p__d__instance C1 tptp.c__Object) (tptp.p__copy C1 C2) (= T (tptp.f__MereologicalSumFn2 C1 C2)))))) (tptp.p__d__subclass tptp.c__Baton tptp.c__Device) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Baton) (tptp.p__attribute B tptp.c__LongAndThin))) (tptp.p__d__subclass tptp.c__SecurityAlarm tptp.c__SecurityDevice) (tptp.p__d__subclass tptp.c__SecurityAlarm tptp.c__ElectricDevice) (tptp.p__d__partition3 tptp.c__Quantity tptp.c__FiniteQuantity tptp.c__InfiniteQuantity) (tptp.p__d__subclass tptp.c__FiniteQuantity tptp.c__Quantity) (tptp.p__d__subclass tptp.c__InfiniteQuantity tptp.c__Quantity) (tptp.p__d__subclass tptp.c__Clock tptp.c__MeasuringDevice) (forall ((M $$unsorted) (C $$unsorted) (Q $$unsorted)) (=> (and (tptp.p__d__instance M tptp.c__Measuring) (tptp.p__result M Q) (tptp.p__instrument M C) (tptp.p__d__instance C tptp.c__Clock)) (tptp.p__d__instance Q tptp.c__TimeMeasure))) (tptp.p__d__subclass tptp.c__WatchClock tptp.c__Clock) (forall ((P $$unsorted) (W $$unsorted) (C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__WearableItem) (tptp.p__d__instance P tptp.c__Animal) (tptp.p__wears P C) (tptp.p__located C W) (tptp.p__d__instance C tptp.c__Clock) (tptp.p__d__instance W tptp.c__Wrist)) (tptp.p__d__instance C tptp.c__WatchClock))) (tptp.p__d__subclass tptp.c__Thermometer tptp.c__MeasuringDevice) (forall ((MEASURE $$unsorted) (THERMOMETER $$unsorted) (QUANTITY $$unsorted)) (=> (and (tptp.p__d__instance MEASURE tptp.c__Measuring) (tptp.p__result MEASURE QUANTITY) (tptp.p__instrument MEASURE THERMOMETER) (tptp.p__d__instance THERMOMETER tptp.c__Thermometer)) (tptp.p__d__instance QUANTITY tptp.c__TemperatureMeasure))) (tptp.p__d__subclass tptp.c__PressureMeasuringDevice tptp.c__MeasuringDevice) (forall ((M $$unsorted) (T $$unsorted) (Q $$unsorted)) (=> (and (tptp.p__d__instance M tptp.c__Measuring) (tptp.p__result M Q) (tptp.p__instrument M T) (tptp.p__d__instance T tptp.c__Thermometer)) (tptp.p__d__instance Q tptp.c__TemperatureMeasure))) (tptp.p__d__instance tptp.c__measurementReading tptp.c__BinaryPredicate) (tptp.p__d__subclass tptp.c__CommunicationDevice tptp.c__EngineeringComponent) (forall ((DEVICE $$unsorted)) (=> (tptp.p__d__instance DEVICE tptp.c__CommunicationDevice) (tptp.p__capability tptp.c__Communication tptp.c__instrument DEVICE))) (tptp.p__d__subclass tptp.c__Telephone tptp.c__ElectricDevice) (tptp.p__d__subclass tptp.c__Telephone tptp.c__CommunicationDevice) (tptp.p__d__subclass tptp.c__Telephoning tptp.c__Communication) (forall ((TEL $$unsorted)) (=> (tptp.p__d__instance TEL tptp.c__Telephoning) (exists ((DEVICE $$unsorted)) (and (tptp.p__d__instance DEVICE tptp.c__Telephone) (tptp.p__instrument TEL DEVICE))))) (forall ((TEL $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance TEL tptp.c__Telephoning)) (exists ((SPEAK $$unsorted)) (and (tptp.p__d__instance SPEAK tptp.c__Speaking) (tptp.p__subProcess SPEAK TEL) (=> (tptp.p__agent TEL AGENT) (tptp.p__agent SPEAK AGENT)))))) (tptp.p__d__subclass tptp.c__Fax tptp.c__ArtifactMediatedCommunication) (forall ((Fax $$unsorted)) (=> (tptp.p__d__instance Fax tptp.c__Fax) (exists ((FaxMachine $$unsorted)) (and (tptp.p__d__instance FaxMachine tptp.c__FaxMachine) (tptp.p__instrument Fax FaxMachine))))) (tptp.p__d__subclass tptp.c__FaxMachine tptp.c__TelephonyDevice) (tptp.p__d__subclass tptp.c__FaxMachine tptp.c__ElectricDevice) (tptp.p__d__subclass tptp.c__FaxMachine tptp.c__CommunicationDevice) (tptp.p__d__instance tptp.c__emailAddress tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__emailAddress tptp.c__refers) (tptp.p__d__subclass tptp.c__LightFixture tptp.c__Device) (forall ((F $$unsorted)) (=> (tptp.p__d__instance F tptp.c__LightFixture) (tptp.p__capability tptp.c__RadiatingLight tptp.c__instrument F))) (tptp.p__d__subclass tptp.c__Candle tptp.c__LightFixture) (forall ((CANDLE $$unsorted)) (=> (and (tptp.p__d__instance CANDLE tptp.c__CorpuscularObject) (tptp.p__d__instance CANDLE tptp.c__Candle)) (tptp.p__material tptp.c__Wax CANDLE))) (tptp.p__d__subclass tptp.c__Lightning tptp.c__WeatherProcess) (tptp.p__d__subclass tptp.c__Lightning tptp.c__Radiating) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__Lightning) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__Cloud) (tptp.p__eventLocated L C))))) (tptp.p__d__subclass tptp.c__Thunder tptp.c__WeatherProcess) (tptp.p__d__subclass tptp.c__Thunder tptp.c__RadiatingSound) (forall ((T $$unsorted)) (=> (tptp.p__d__instance T tptp.c__Thunder) (exists ((L $$unsorted)) (and (tptp.p__d__instance L tptp.c__Lightning) (tptp.p__causes L T))))) (tptp.p__d__subclass tptp.c__VehicleLight tptp.c__LightFixture) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__VehicleLight) (exists ((V $$unsorted)) (and (tptp.p__d__instance V tptp.c__Vehicle) (tptp.p__part L V))))) (tptp.p__d__subclass tptp.c__Headlight tptp.c__VehicleLight) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__Headlight) (exists ((V $$unsorted)) (and (tptp.p__d__instance V tptp.c__SelfConnectedObject) (tptp.p__d__instance V tptp.c__Vehicle) (tptp.p__part L (tptp.f__FrontFn1 V)))))) (tptp.p__d__subclass tptp.c__Taillight tptp.c__VehicleLight) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__Taillight) (exists ((V $$unsorted)) (and (tptp.p__d__instance V tptp.c__SelfConnectedObject) (tptp.p__d__instance V tptp.c__Vehicle) (tptp.p__part L (tptp.f__BackFn1 V)))))) (tptp.p__d__subclass tptp.c__PaintedPicture tptp.c__ArtWork) (forall ((PP $$unsorted)) (=> (tptp.p__d__instance PP tptp.c__PaintedPicture) (exists ((PAINT $$unsorted) (PAINTING $$unsorted)) (and (tptp.p__d__instance PAINT tptp.c__Paint) (tptp.p__d__instance PAINTING tptp.c__Painting) (tptp.p__resource PAINTING PAINT) (tptp.p__result PAINTING PP))))) (tptp.p__d__subclass tptp.c__WatercolorPicture tptp.c__PaintedPicture) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__WatercolorPicture) (exists ((WP $$unsorted) (P $$unsorted)) (and (tptp.p__d__instance WP tptp.c__WatercolorPaint) (tptp.p__d__instance P tptp.c__Painting) (tptp.p__resource P WP) (tptp.p__result P W))))) (tptp.p__d__subclass tptp.c__Wallpaper tptp.c__ArtWork) (forall ((W $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Object) (tptp.p__d__instance W tptp.c__Wallpaper) (tptp.p__part P W)) (tptp.p__d__instance P tptp.c__Paper))) (tptp.p__d__subclass tptp.c__Sculpture tptp.c__ArtWork) (tptp.p__d__subclass tptp.c__Portrait tptp.c__PaintedPicture) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__Portrait) (exists ((F $$unsorted)) (and (tptp.p__d__instance F tptp.c__Face) (tptp.p__represents P F))))) (tptp.p__d__subclass tptp.c__Sketch tptp.c__ArtWork) (tptp.p__d__subclass tptp.c__Collage tptp.c__ArtWork) (tptp.p__d__subclass tptp.c__Folding tptp.c__ShapeChange) (forall ((F $$unsorted) (O $$unsorted)) (=> (and (tptp.p__d__instance O tptp.c__Object) (tptp.p__d__instance F tptp.c__Folding) (tptp.p__patient F O)) (exists ((C $$unsorted) (P1 $$unsorted) (P2 $$unsorted)) (and (tptp.p__d__instance P1 tptp.c__Object) (tptp.p__d__instance P2 tptp.c__Object) (tptp.p__d__instance C tptp.c__Covering) (tptp.p__subProcess C F) (tptp.p__part P1 O) (tptp.p__part P2 O) (tptp.p__instrument C P1) (tptp.p__patient C P2))))) (tptp.p__d__subclass tptp.c__Painting tptp.c__Covering) (tptp.p__d__subclass tptp.c__Painting tptp.c__Coloring) (forall ((PAINT $$unsorted) (SURFACE $$unsorted) (STUFF $$unsorted)) (=> (and (tptp.p__d__instance SURFACE tptp.c__SelfConnectedObject) (tptp.p__d__instance STUFF tptp.c__Object) (tptp.p__d__instance PAINT tptp.c__Painting) (tptp.p__patient PAINT SURFACE) (tptp.p__resource PAINT STUFF)) (exists ((OBJ $$unsorted)) (and (tptp.p__d__instance OBJ tptp.c__SelfConnectedObject) (tptp.p__surface SURFACE OBJ) (tptp.p__d__instance STUFF tptp.c__Paint))))) (tptp.p__d__subclass tptp.c__Paint tptp.c__Solution) (forall ((PAINT $$unsorted)) (=> (tptp.p__d__instance PAINT tptp.c__Paint) (tptp.p__capability tptp.c__Coloring tptp.c__instrument PAINT))) (tptp.p__d__subclass tptp.c__WatercolorPaint tptp.c__Paint) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__WatercolorPaint) (exists ((W $$unsorted)) (and (tptp.p__d__instance W tptp.c__Water) (tptp.p__part W P))))) (tptp.p__d__subclass tptp.c__OilPaint tptp.c__Paint) (tptp.p__d__disjoint tptp.c__OilPaint tptp.c__WatercolorPaint) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__OilPaint) (exists ((O $$unsorted)) (and (tptp.p__d__instance O tptp.c__Oil) (tptp.p__part O P))))) (tptp.p__d__subclass tptp.c__OilPicture tptp.c__PaintedPicture) (tptp.p__d__disjoint tptp.c__OilPicture tptp.c__WatercolorPicture) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__OilPicture) (exists ((O $$unsorted) (PAINTING $$unsorted)) (and (tptp.p__d__instance O tptp.c__OilPaint) (tptp.p__d__instance PAINTING tptp.c__Painting) (tptp.p__resource PAINTING O) (tptp.p__result PAINTING P))))) (tptp.p__d__subclass tptp.c__ArtPainting tptp.c__ContentDevelopment) (tptp.p__d__subclass tptp.c__ArtPainting tptp.c__Painting) (forall ((PAINT $$unsorted)) (=> (tptp.p__d__instance PAINT tptp.c__ArtPainting) (exists ((PICTURE $$unsorted)) (and (tptp.p__d__instance PICTURE tptp.c__PaintedPicture) (tptp.p__result PAINT PICTURE))))) (tptp.p__d__subclass tptp.c__PaintingDevice tptp.c__Device) (forall ((PD $$unsorted)) (=> (tptp.p__d__instance PD tptp.c__PaintingDevice) (exists ((PAINT $$unsorted)) (and (tptp.p__d__subclass PAINT tptp.c__Painting) (tptp.p__capability PAINT tptp.c__instrument PD))))) (tptp.p__d__instance tptp.c__potentialOfHydrogen tptp.c__BinaryPredicate) (forall ((S $$unsorted) (N $$unsorted)) (=> (and (tptp.p__d__instance N tptp.c__RealNumber) (tptp.p__d__instance S tptp.c__Solution) (tptp.p__potentialOfHydrogen S N)) (and (tptp.p__greaterThanOrEqualTo N tptp.c__0) (tptp.p__lessThanOrEqualTo N tptp.c__14)))) (tptp.p__d__subclass tptp.c__Tracing tptp.c__ContentDevelopment) (tptp.p__d__subclass tptp.c__Tracing tptp.c__SurfaceChange) (forall ((T $$unsorted)) (=> (tptp.p__d__instance T tptp.c__Tracing) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__Blueprint) (tptp.p__result T P))))) (tptp.p__d__subclass tptp.c__ComposingMusic tptp.c__ContentDevelopment) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__ComposingMusic) (exists ((M $$unsorted)) (and (tptp.p__d__instance M tptp.c__MusicalComposition) (tptp.p__result C M))))) (tptp.p__d__subclass tptp.c__Drawing tptp.c__ContentDevelopment) (tptp.p__d__subclass tptp.c__Drawing tptp.c__SurfaceChange) (forall ((DRAW $$unsorted)) (=> (tptp.p__d__instance DRAW tptp.c__Drawing) (exists ((SKETCH $$unsorted)) (and (tptp.p__d__instance SKETCH tptp.c__Sketch) (tptp.p__result DRAW SKETCH))))) (tptp.p__d__subclass tptp.c__Focusing tptp.c__QuantityChange) (forall ((F $$unsorted)) (=> (tptp.p__d__instance F tptp.c__Focusing) (exists ((L $$unsorted)) (and (tptp.p__d__instance L tptp.c__Lens) (tptp.p__patient F L))))) (tptp.p__d__subclass tptp.c__DisplayArtifact tptp.c__Artifact) (tptp.p__d__subclass tptp.c__VehicleWheel tptp.c__Wheel) (tptp.p__d__subclass tptp.c__Wheel tptp.c__Artifact) (forall ((VEHICLE $$unsorted)) (=> (tptp.p__d__instance VEHICLE tptp.c__LandVehicle) (exists ((WHEEL $$unsorted)) (and (tptp.p__d__instance WHEEL tptp.c__Wheel) (tptp.p__part WHEEL VEHICLE))))) (tptp.p__d__subclass tptp.c__VehicleController tptp.c__Device) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__VehicleController) (exists ((V $$unsorted)) (and (tptp.p__d__instance V tptp.c__Vehicle) (tptp.p__part C V))))) (tptp.p__d__subclass tptp.c__SteeringWheel tptp.c__VehicleController) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__SteeringWheel) (tptp.p__capability tptp.c__DirectionChange tptp.c__instrument W))) (tptp.p__d__subclass tptp.c__VehicleBrake tptp.c__VehicleController) (tptp.p__d__subclass tptp.c__VehicleThrottle tptp.c__VehicleController) (tptp.p__d__subclass tptp.c__VehicleTire tptp.c__Artifact) (forall ((T $$unsorted)) (=> (tptp.p__d__instance T tptp.c__VehicleTire) (exists ((W $$unsorted)) (and (tptp.p__d__instance W tptp.c__VehicleWheel) (tptp.p__part T W))))) (tptp.p__d__subclass tptp.c__VehicleWindow tptp.c__Window) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__VehicleWindow) (exists ((V $$unsorted)) (and (tptp.p__d__instance V tptp.c__Vehicle) (tptp.p__part W V))))) (tptp.p__d__subclass tptp.c__Windshield tptp.c__VehicleWindow) (tptp.p__d__disjoint tptp.c__Windshield tptp.c__RearWindow) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__Windshield) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__SelfConnectedObject) (tptp.p__d__instance A tptp.c__RoadVehicle) (tptp.p__part W (tptp.f__FrontFn1 A)))))) (tptp.p__d__subclass tptp.c__LandVehicle tptp.c__Vehicle) (tptp.p__d__subclass tptp.c__WaterVehicle tptp.c__Vehicle) (forall ((CRAFT $$unsorted) (EVENT $$unsorted)) (=> (and (tptp.p__d__instance CRAFT tptp.c__WaterVehicle) (tptp.p__d__instance EVENT tptp.c__Transportation) (tptp.p__instrument EVENT CRAFT)) (exists ((WATER $$unsorted)) (and (tptp.p__d__instance WATER tptp.c__WaterArea) (tptp.p__eventLocated EVENT WATER))))) (tptp.p__d__subclass tptp.c__RoadVehicle tptp.c__LandVehicle) (tptp.p__d__subclass tptp.c__Fleet tptp.c__Collection) (tptp.p__d__instance tptp.c__fleetSize tptp.c__BinaryPredicate) (forall ((AGENT $$unsorted) (FLEET $$unsorted) (NUM $$unsorted)) (=> (and (tptp.p__d__instance NUM tptp.c__Integer) (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance FLEET tptp.c__Fleet) (tptp.p__fleetSize AGENT NUM) (tptp.p__possesses AGENT FLEET)) (tptp.p__memberCount FLEET NUM))) (tptp.p__d__subclass tptp.c__Axle tptp.c__Device) (forall ((V $$unsorted) (W $$unsorted)) (=> (and (tptp.p__d__instance V tptp.c__CorpuscularObject) (tptp.p__d__instance W tptp.c__VehicleWheel) (tptp.p__d__instance V tptp.c__RoadVehicle) (tptp.p__part W V)) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__CorpuscularObject) (tptp.p__d__instance A tptp.c__Axle) (tptp.p__component A V) (tptp.p__connected W A))))) (tptp.p__d__subclass tptp.c__Paper tptp.c__Artifact) (tptp.p__d__subclass tptp.c__CurrencyBill tptp.c__Currency) (tptp.p__d__partition3 tptp.c__Currency tptp.c__CurrencyBill tptp.c__CurrencyCoin) (forall ((BILL $$unsorted)) (=> (tptp.p__d__instance BILL tptp.c__CurrencyBill) (exists ((PAPER $$unsorted)) (and (tptp.p__d__instance PAPER tptp.c__Paper) (tptp.p__part PAPER BILL))))) (tptp.p__d__subclass tptp.c__CurrencyCoin tptp.c__Currency) (forall ((COIN $$unsorted)) (=> (tptp.p__d__instance COIN tptp.c__CurrencyCoin) (exists ((METAL $$unsorted)) (and (tptp.p__d__subclass METAL tptp.c__Metal) (tptp.p__material METAL COIN))))) (tptp.p__d__subclass tptp.c__Wire tptp.c__Artifact) (forall ((WIRE $$unsorted)) (=> (and (tptp.p__d__instance WIRE tptp.c__CorpuscularObject) (tptp.p__d__instance WIRE tptp.c__Wire)) (tptp.p__material tptp.c__Metal WIRE))) (tptp.p__d__subclass tptp.c__WireSpring tptp.c__Wire) (tptp.p__d__subclass tptp.c__WireSpring tptp.c__EngineeringComponent) (tptp.p__d__subclass tptp.c__WireLine tptp.c__Wire) (tptp.p__d__subclass tptp.c__WireLine tptp.c__EngineeringComponent) (tptp.p__d__subclass tptp.c__TelephoneLine tptp.c__WireLine) (forall ((TL $$unsorted)) (=> (and (tptp.p__d__instance TL tptp.c__SelfConnectedObject) (tptp.p__d__instance TL tptp.c__TelephoneLine)) (exists ((T1 $$unsorted) (T2 $$unsorted)) (and (tptp.p__d__instance T1 tptp.c__SelfConnectedObject) (tptp.p__d__instance T2 tptp.c__SelfConnectedObject) (or (tptp.p__d__instance T1 tptp.c__Telephone) (tptp.p__d__instance T1 tptp.c__Telegraph)) (or (tptp.p__d__instance T2 tptp.c__Telephone) (tptp.p__d__instance T2 tptp.c__Telegraph)) (not (= T1 T2)) (tptp.p__connects TL T1 T2))))) (tptp.p__d__subclass tptp.c__String tptp.c__Artifact) (tptp.p__d__subclass tptp.c__Plug tptp.c__Artifact) (forall ((PLUG $$unsorted)) (=> (tptp.p__d__instance PLUG tptp.c__Plug) (exists ((HOLE $$unsorted)) (and (tptp.p__d__instance HOLE tptp.c__Hole) (tptp.p__completelyFills PLUG HOLE))))) (tptp.p__d__subclass tptp.c__Pottery tptp.c__Artifact) (forall ((POTTERY $$unsorted)) (=> (tptp.p__d__instance POTTERY tptp.c__Pottery) (exists ((CLAY $$unsorted)) (and (tptp.p__d__instance CLAY tptp.c__Clay) (tptp.p__part CLAY POTTERY))))) (tptp.p__d__subclass tptp.c__Pillow tptp.c__Artifact) (tptp.p__d__subclass tptp.c__Mirror tptp.c__Artifact) (forall ((M $$unsorted)) (=> (tptp.p__d__instance M tptp.c__Mirror) (tptp.p__capability tptp.c__ReflectingLight tptp.c__instrument M))) (tptp.p__d__subclass tptp.c__Furniture tptp.c__Artifact) (forall ((F $$unsorted)) (=> (tptp.p__d__instance F tptp.c__Furniture) (tptp.p__capability tptp.c__Translocation tptp.c__moves F))) (tptp.p__d__disjoint tptp.c__Furniture tptp.c__EngineeringComponent) (tptp.p__d__disjoint tptp.c__Furniture tptp.c__Machine) (tptp.p__d__disjoint tptp.c__Furniture tptp.c__TransportationDevice) (tptp.p__d__disjoint tptp.c__Furniture tptp.c__Weapon) (tptp.p__d__subclass tptp.c__Seat tptp.c__Furniture) (tptp.p__d__subclass tptp.c__Chair tptp.c__Seat) (forall ((CHAIR $$unsorted)) (=> (tptp.p__d__instance CHAIR tptp.c__Chair) (forall ((PERSON1 $$unsorted) (PERSON2 $$unsorted)) (or (not (tptp.p__d__instance PERSON1 tptp.c__Object)) (not (tptp.p__d__instance PERSON2 tptp.c__Object)) (not (tptp.p__d__instance PERSON1 tptp.c__Human)) (not (tptp.p__d__instance PERSON2 tptp.c__Human)) (not (tptp.p__attribute PERSON1 tptp.c__Sitting)) (not (tptp.p__attribute PERSON2 tptp.c__Sitting)) (not (tptp.p__located PERSON1 CHAIR)) (not (tptp.p__located PERSON2 CHAIR)) (= PERSON1 PERSON2))))) (tptp.p__d__subclass tptp.c__Sofa tptp.c__Seat) (tptp.p__d__subclass tptp.c__Bed tptp.c__Furniture) (tptp.p__d__subclass tptp.c__KingBed tptp.c__Bed) (tptp.p__d__subclass tptp.c__QueenBed tptp.c__Bed) (tptp.p__d__subclass tptp.c__DoubleBed tptp.c__Bed) (tptp.p__d__subclass tptp.c__SingleBed tptp.c__Bed) (tptp.p__d__subclass tptp.c__BunkBed tptp.c__Bed) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__BunkBed) (exists ((BED1 $$unsorted) (BED2 $$unsorted)) (and (tptp.p__d__instance BED1 tptp.c__SingleBed) (tptp.p__d__instance BED2 tptp.c__SingleBed) (tptp.p__part BED1 X) (tptp.p__part BED2 X) (tptp.p__orientation BED1 BED2 tptp.c__Above))))) (tptp.p__d__subclass tptp.c__MurphyBed tptp.c__Bed) (tptp.p__d__subclass tptp.c__RollawayBed tptp.c__Bed) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__RollawayBed) (exists ((WHEEL $$unsorted)) (and (tptp.p__d__instance WHEEL tptp.c__Wheel) (tptp.p__part WHEEL X))))) (tptp.p__d__subclass tptp.c__SofaBed tptp.c__Bed) (tptp.p__d__subclass tptp.c__Crib tptp.c__Bed) (tptp.p__d__subclass tptp.c__Hammock tptp.c__Bed) (tptp.p__d__subclass tptp.c__Mattress tptp.c__Artifact) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__CorpuscularObject) (tptp.p__d__instance X tptp.c__Mattress)) (exists ((BED $$unsorted)) (and (tptp.p__d__instance BED tptp.c__CorpuscularObject) (tptp.p__d__instance BED tptp.c__Bed) (tptp.p__component X BED))))) (tptp.p__d__subclass tptp.c__BedFrame tptp.c__Artifact) (forall ((X $$unsorted) (MATTRESS $$unsorted) (BEDFRAME $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__CorpuscularObject) (tptp.p__d__instance BEDFRAME tptp.c__CorpuscularObject) (tptp.p__d__instance MATTRESS tptp.c__CorpuscularObject) (tptp.p__d__instance X tptp.c__Bed) (tptp.p__component BEDFRAME X) (tptp.p__d__instance BEDFRAME tptp.c__BedFrame) (tptp.p__component MATTRESS X) (tptp.p__d__instance MATTRESS tptp.c__Mattress)) (tptp.p__orientation MATTRESS BEDFRAME tptp.c__On))) (tptp.p__d__subclass tptp.c__FourPosterBed tptp.c__BedFrame) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__FourPosterBed) (exists ((SHAPE $$unsorted)) (and (tptp.p__attribute X SHAPE) (tptp.p__d__instance SHAPE tptp.c__Quadrilateral))))) (tptp.p__d__subclass tptp.c__BedAttribute tptp.c__RelationalAttribute) (forall ((ATTR $$unsorted) (X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__Object) (tptp.p__attribute X ATTR) (tptp.p__d__instance ATTR tptp.c__BedAttribute)) (tptp.p__d__instance X tptp.c__Bed))) (tptp.p__d__instance tptp.c__WaterBed tptp.c__BedAttribute) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__CorpuscularObject) (tptp.p__attribute X tptp.c__WaterBed)) (exists ((MATTRESS $$unsorted) (WATER $$unsorted)) (and (tptp.p__d__instance MATTRESS tptp.c__CorpuscularObject) (tptp.p__component MATTRESS X) (tptp.p__contains MATTRESS WATER) (tptp.p__d__instance WATER tptp.c__Water))))) (tptp.p__d__subclass tptp.c__BedLinen tptp.c__Artifact) (tptp.p__d__subclass tptp.c__Table tptp.c__Furniture) (tptp.p__d__subclass tptp.c__Desk tptp.c__Table) (tptp.p__d__subclass tptp.c__ChestOrCabinet tptp.c__Furniture) (tptp.p__d__subclass tptp.c__ChestOrCabinet tptp.c__Container) (tptp.p__d__subclass tptp.c__Coffin tptp.c__Container) (tptp.p__d__subclass tptp.c__Compartment tptp.c__Container) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Compartment) (exists ((O $$unsorted)) (and (tptp.p__d__instance O tptp.c__Container) (not (= C O)) (tptp.p__part C O))))) (tptp.p__d__subclass tptp.c__Mailbox tptp.c__Container) (tptp.p__d__subclass tptp.c__Screw tptp.c__AttachingDevice) (tptp.p__d__subclass tptp.c__Screwdriver tptp.c__Device) (tptp.p__d__subclass tptp.c__Hammer tptp.c__Device) (tptp.p__d__subclass tptp.c__Nail tptp.c__AttachingDevice) (tptp.p__d__subclass tptp.c__Tape tptp.c__AttachingDevice) (forall ((TAPE $$unsorted)) (=> (tptp.p__d__instance TAPE tptp.c__Tape) (exists ((PART $$unsorted)) (and (tptp.p__d__instance PART tptp.c__Object) (tptp.p__part PART TAPE) (or (tptp.p__d__instance PART tptp.c__Paper) (tptp.p__d__instance PART tptp.c__Fabric)))))) (tptp.p__d__subclass tptp.c__Anchor tptp.c__AttachingDevice) (forall ((A $$unsorted) (ATTACH $$unsorted) (S $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Anchor) (tptp.p__d__instance ATTACH tptp.c__Attaching) (tptp.p__instrument ATTACH A) (tptp.p__patient ATTACH S)) (tptp.p__d__instance S tptp.c__WaterVehicle))) (tptp.p__d__subclass tptp.c__BoatDeck tptp.c__Artifact) (forall ((D $$unsorted)) (=> (tptp.p__d__instance D tptp.c__BoatDeck) (exists ((B $$unsorted)) (and (tptp.p__d__instance B tptp.c__WaterVehicle) (tptp.p__part D B))))) (tptp.p__d__subclass tptp.c__Button tptp.c__AttachingDevice) (tptp.p__d__subclass tptp.c__Clamp tptp.c__AttachingDevice) (tptp.p__d__subclass tptp.c__Washer tptp.c__Device) (forall ((O1 $$unsorted) (O2 $$unsorted) (W $$unsorted)) (=> (and (tptp.p__d__instance W tptp.c__SelfConnectedObject) (tptp.p__d__instance W tptp.c__Washer) (tptp.p__d__instance O1 tptp.c__CorpuscularObject) (tptp.p__d__instance O2 tptp.c__AttachingDevice) (tptp.p__meetsSpatially O1 W) (tptp.p__contains W O2)) (exists ((PURPOSE $$unsorted)) (and (tptp.p__d__instance PURPOSE tptp.c__Formula) (tptp.p__hasPurpose W PURPOSE))))) (tptp.p__d__subclass tptp.c__Holder tptp.c__Device) (forall ((DEVICE $$unsorted)) (=> (tptp.p__d__instance DEVICE tptp.c__Holder) (tptp.p__capability tptp.c__Keeping tptp.c__instrument DEVICE))) (tptp.p__d__subclass tptp.c__Saddle tptp.c__Holder) (tptp.p__d__subclass tptp.c__HorseRiding tptp.c__Carrying) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__HorseRiding) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Horse) (tptp.p__instrument R H))))) (tptp.p__d__instance tptp.c__carries tptp.c__BinaryPredicate) (forall ((AGENT $$unsorted) (OBJECT $$unsorted)) (=> (and (tptp.p__d__instance OBJECT tptp.c__Object) (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__carries AGENT OBJECT)) (exists ((CARRYING $$unsorted)) (and (tptp.p__d__instance CARRYING tptp.c__Process) (tptp.p__instrument CARRYING AGENT) (tptp.p__patient CARRYING OBJECT))))) (tptp.p__d__subclass tptp.c__Tray tptp.c__Holder) (tptp.p__d__subclass tptp.c__Dish tptp.c__Holder) (tptp.p__d__subclass tptp.c__Container tptp.c__Holder) (tptp.p__d__subclass tptp.c__Bag tptp.c__Container) (forall ((BAG $$unsorted)) (=> (tptp.p__d__instance BAG tptp.c__Bag) (tptp.p__attribute BAG tptp.c__Pliable))) (tptp.p__d__subclass tptp.c__Box tptp.c__Container) (tptp.p__d__subclass tptp.c__TrapOrCage tptp.c__Holder) (tptp.p__d__subclass tptp.c__Envelope tptp.c__Container) (tptp.p__d__subclass tptp.c__TravelContainer tptp.c__Container) (tptp.p__d__subclass tptp.c__FluidContainer tptp.c__Container) (forall ((TANK $$unsorted) (STUFF $$unsorted)) (=> (and (tptp.p__d__instance TANK tptp.c__SelfConnectedObject) (tptp.p__d__instance STUFF tptp.c__Object) (tptp.p__d__instance TANK tptp.c__FluidContainer) (tptp.p__contains TANK STUFF)) (tptp.p__attribute STUFF tptp.c__Fluid))) (tptp.p__d__subclass tptp.c__Bottle tptp.c__FluidContainer) (forall ((BOTTLE $$unsorted) (STUFF $$unsorted)) (=> (and (tptp.p__d__instance BOTTLE tptp.c__SelfConnectedObject) (tptp.p__d__instance STUFF tptp.c__Object) (tptp.p__d__instance BOTTLE tptp.c__Bottle) (tptp.p__contains BOTTLE STUFF)) (tptp.p__attribute STUFF tptp.c__Liquid))) (forall ((BOTTLE $$unsorted) (BOTTOM $$unsorted) (TOP $$unsorted) (WIDTH2 $$unsorted) (WIDTH1 $$unsorted)) (=> (and (tptp.p__d__instance BOTTLE tptp.c__SelfConnectedObject) (tptp.p__d__instance BOTTOM tptp.c__SelfConnectedObject) (tptp.p__d__instance TOP tptp.c__SelfConnectedObject) (tptp.p__d__instance WIDTH1 tptp.c__LengthMeasure) (tptp.p__d__instance WIDTH2 tptp.c__LengthMeasure) (tptp.p__d__instance BOTTLE tptp.c__Bottle) (tptp.p__bottom BOTTOM BOTTLE) (tptp.p__top TOP BOTTLE) (tptp.p__width BOTTOM WIDTH1) (tptp.p__width TOP WIDTH2)) (tptp.p__lessThan WIDTH2 WIDTH1))) (tptp.p__d__subclass tptp.c__DrinkingCup tptp.c__FluidContainer) (forall ((CUP $$unsorted) (STUFF $$unsorted)) (=> (and (tptp.p__d__instance CUP tptp.c__SelfConnectedObject) (tptp.p__d__instance STUFF tptp.c__Object) (tptp.p__d__instance CUP tptp.c__DrinkingCup) (tptp.p__contains CUP STUFF)) (tptp.p__d__instance STUFF tptp.c__Beverage))) (tptp.p__d__subclass tptp.c__SwimmingPool tptp.c__FluidContainer) (tptp.p__d__subclass tptp.c__SwimmingPool tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__BoardOrBlock tptp.c__Artifact) (forall ((BOARD $$unsorted)) (=> (tptp.p__d__instance BOARD tptp.c__BoardOrBlock) (tptp.p__capability tptp.c__Constructing tptp.c__resource BOARD))) (tptp.p__d__subclass tptp.c__Brick tptp.c__BoardOrBlock) (forall ((B $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__CorpuscularObject) (tptp.p__d__instance B tptp.c__Brick)) (tptp.p__material tptp.c__Clay B))) (tptp.p__d__subclass tptp.c__Veneer tptp.c__Artifact) (forall ((V $$unsorted)) (=> (tptp.p__d__instance V tptp.c__Veneer) (tptp.p__attribute V tptp.c__Flat))) (tptp.p__d__instance tptp.c__tangent tptp.c__BinaryPredicate) (forall ((LINE $$unsorted) (CIRCLE $$unsorted)) (=> (and (tptp.p__d__instance CIRCLE tptp.c__TwoDimensionalFigure) (tptp.p__d__instance LINE tptp.c__OneDimensionalFigure) (tptp.p__tangent LINE CIRCLE)) (exists ((POINT1 $$unsorted)) (and (tptp.p__d__instance POINT1 tptp.c__GeometricPoint) (tptp.p__pointOfFigure POINT1 LINE) (tptp.p__pointOfFigure POINT1 CIRCLE) (forall ((POINT2 $$unsorted)) (=> (and (tptp.p__d__instance POINT2 tptp.c__GeometricPoint) (tptp.p__pointOfFigure POINT2 LINE) (tptp.p__pointOfFigure POINT2 CIRCLE)) (= POINT1 POINT2))))))) (tptp.p__d__subclass tptp.c__TwoDimensionalObject tptp.c__Object) (tptp.p__d__instance tptp.c__sliceOfFigure tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__RoundShape tptp.c__ThreeDimensionalFigure) (tptp.p__d__subclass tptp.c__Cone tptp.c__ThreeDimensionalFigure) (tptp.p__d__subclass tptp.c__Cylinder tptp.c__ThreeDimensionalFigure) (tptp.p__d__subclass tptp.c__ObliqueAngle tptp.c__TwoDimensionalAngle) (tptp.p__d__subclass tptp.c__RightAngle tptp.c__TwoDimensionalAngle) (tptp.p__d__subclass tptp.c__AcuteAngle tptp.c__TwoDimensionalAngle) (tptp.p__d__partition4 tptp.c__TwoDimensionalAngle tptp.c__RightAngle tptp.c__ObliqueAngle tptp.c__AcuteAngle) (tptp.p__d__subclass tptp.c__Polygon tptp.c__ClosedTwoDimensionalFigure) (forall ((POLYGON $$unsorted) (PART $$unsorted)) (=> (and (tptp.p__d__instance PART tptp.c__OneDimensionalFigure) (tptp.p__d__instance POLYGON tptp.c__Polygon) (tptp.p__geometricPart PART POLYGON)) (or (tptp.p__sideOfFigure PART POLYGON) (exists ((SIDE $$unsorted)) (and (tptp.p__d__instance SIDE tptp.c__OneDimensionalFigure) (tptp.p__sideOfFigure SIDE POLYGON) (tptp.p__geometricPart PART SIDE)))))) (tptp.p__d__subclass tptp.c__Triangle tptp.c__Polygon) (tptp.p__d__subclass tptp.c__RightTriangle tptp.c__Triangle) (forall ((T $$unsorted)) (=> (tptp.p__d__instance T tptp.c__RightTriangle) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__RightAngle) (tptp.p__angleOfFigure A T))))) (tptp.p__d__subclass tptp.c__Quadrilateral tptp.c__Polygon) (tptp.p__d__subclass tptp.c__Rectangle tptp.c__Quadrilateral) (forall ((RECTANGLE $$unsorted) (ANGLE $$unsorted)) (=> (and (tptp.p__d__instance ANGLE tptp.c__TwoDimensionalAngle) (tptp.p__d__instance RECTANGLE tptp.c__Rectangle) (tptp.p__angleOfFigure ANGLE RECTANGLE)) (tptp.p__d__instance ANGLE tptp.c__RightAngle))) (tptp.p__d__subclass tptp.c__Square tptp.c__Rectangle) (forall ((SQUARE $$unsorted)) (=> (tptp.p__d__instance SQUARE tptp.c__Square) (exists ((LENGTH $$unsorted)) (and (tptp.p__d__instance LENGTH tptp.c__LengthMeasure) (forall ((SIDE $$unsorted)) (=> (and (tptp.p__d__instance SIDE tptp.c__OneDimensionalFigure) (tptp.p__sideOfFigure SIDE SQUARE)) (tptp.p__lineMeasure SIDE LENGTH))))))) (tptp.p__d__instance tptp.c__DiameterFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__DiameterFn tptp.c__TotalValuedRelation) (forall ((C $$unsorted) (L $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__Circle) (tptp.p__d__instance L tptp.c__LengthMeasure) (= (tptp.f__DiameterFn1 C) L)) (exists ((R $$unsorted)) (and (tptp.p__d__instance R tptp.c__LengthMeasure) (= (tptp.f__RadiusFn1 C) R) (= (tptp.f__MultiplicationFn2 R tptp.c__2) L))))) (tptp.p__d__instance tptp.c__RadiusFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__RadiusFn tptp.c__TotalValuedRelation) (forall ((P2 $$unsorted) (P $$unsorted) (C $$unsorted) (R $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__Circle) (tptp.p__d__instance P tptp.c__GeometricPoint) (tptp.p__d__instance P2 tptp.c__GeometricPoint) (tptp.p__d__instance R tptp.c__LengthMeasure) (= (tptp.f__CenterOfCircleFn1 C) P) (tptp.p__pointOfFigure P2 C) (tptp.p__geometricDistance P2 P R)) (= (tptp.f__RadiusFn1 C) R))) (tptp.p__d__subclass tptp.c__CircleSector tptp.c__ClosedTwoDimensionalFigure) (tptp.p__subrelation tptp.c__sideOfFigure tptp.c__geometricPart) (tptp.p__d__subclass tptp.c__Sphere tptp.c__ThreeDimensionalFigure) (tptp.p__d__subclass tptp.c__Bubble tptp.c__CorpuscularObject) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Bubble) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__SelfConnectedObject) (tptp.p__surface S B) (tptp.p__attribute S tptp.c__Liquid))))) (forall ((B $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Object) (tptp.p__d__instance B tptp.c__Bubble) (tptp.p__interiorPart P B)) (tptp.p__attribute P tptp.c__Gas))) (forall ((B $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Bubble) (forall ((X $$unsorted) (S $$unsorted)) (or (not (tptp.p__d__instance S tptp.c__Attribute)) (not (tptp.p__d__instance X tptp.c__Object)) (not (tptp.p__attribute X S)) (= X tptp.c__Gas) (not (tptp.p__meetsSpatially X B))))) (tptp.p__attribute B tptp.c__RoundShape))) (tptp.p__d__subclass tptp.c__Nest tptp.c__CorpuscularObject) (tptp.p__d__subclass tptp.c__OutdoorClothing tptp.c__Clothing) (tptp.p__d__subclass tptp.c__Apron tptp.c__Clothing) (tptp.p__d__subclass tptp.c__Belt tptp.c__Clothing) (forall ((P $$unsorted) (B $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Animal) (tptp.p__wears P B) (tptp.p__d__instance B tptp.c__Belt)) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__Clothing) (tptp.p__wears P C) (tptp.p__meetsSpatially B C))))) (tptp.p__d__subclass tptp.c__TieClothing tptp.c__Clothing) (forall ((P $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance T tptp.c__SelfConnectedObject) (tptp.p__d__instance P tptp.c__Animal) (tptp.p__wears P T) (tptp.p__d__instance T tptp.c__TieClothing)) (exists ((N $$unsorted)) (and (tptp.p__d__instance N tptp.c__Neck) (tptp.p__part N P) (tptp.p__contains T N))))) (tptp.p__d__subclass tptp.c__Cloak tptp.c__Clothing) (tptp.p__d__subclass tptp.c__Collar tptp.c__Clothing) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Collar) (exists ((OC $$unsorted)) (and (tptp.p__d__instance OC tptp.c__Object) (tptp.p__part C OC) (or (tptp.p__d__instance OC tptp.c__Coat) (tptp.p__d__instance OC tptp.c__Shirt)))))) (forall ((P $$unsorted) (C $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Animal) (tptp.p__wears P C) (tptp.p__d__instance C tptp.c__Collar)) (exists ((N $$unsorted)) (and (tptp.p__d__instance N tptp.c__Neck) (tptp.p__part N P) (tptp.p__meetsSpatially C N))))) (tptp.p__d__subclass tptp.c__Glove tptp.c__Clothing) (forall ((P $$unsorted) (G $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Animal) (tptp.p__wears P G) (tptp.p__d__instance G tptp.c__Glove)) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Hand) (tptp.p__part H P) (tptp.p__meetsSpatially G H))))) (tptp.p__d__subclass tptp.c__Hat tptp.c__Clothing) (forall ((PERSON $$unsorted) (HAT $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Animal) (tptp.p__wears PERSON HAT) (tptp.p__d__instance HAT tptp.c__Hat)) (exists ((HEAD $$unsorted)) (and (tptp.p__d__instance HEAD tptp.c__Head) (tptp.p__part HEAD PERSON) (tptp.p__meetsSpatially HAT HEAD))))) (tptp.p__d__subclass tptp.c__Coat tptp.c__OutdoorClothing) (tptp.p__d__subclass tptp.c__Trousers tptp.c__Clothing) (forall ((H $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance T tptp.c__SelfConnectedObject) (tptp.p__d__instance H tptp.c__Animal) (tptp.p__wears H T) (tptp.p__d__instance T tptp.c__Trousers)) (exists ((L $$unsorted)) (and (tptp.p__d__instance L tptp.c__Leg) (tptp.p__part L H) (tptp.p__contains T L))))) (tptp.p__d__subclass tptp.c__Shoe tptp.c__Clothing) (forall ((PERSON $$unsorted) (SHOE $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Animal) (tptp.p__wears PERSON SHOE) (tptp.p__d__instance SHOE tptp.c__Shoe)) (exists ((FOOT $$unsorted)) (and (tptp.p__d__instance FOOT tptp.c__Foot) (tptp.p__part FOOT PERSON) (tptp.p__meetsSpatially SHOE FOOT))))) (tptp.p__d__subclass tptp.c__ShoeSole tptp.c__Artifact) (forall ((SS $$unsorted)) (=> (and (tptp.p__d__instance SS tptp.c__SelfConnectedObject) (tptp.p__d__instance SS tptp.c__ShoeSole)) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__SelfConnectedObject) (tptp.p__d__instance S tptp.c__Shoe) (tptp.p__bottom SS S))))) (tptp.p__d__subclass tptp.c__Sandal tptp.c__Shoe) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Sandal) (exists ((SOLE $$unsorted)) (and (tptp.p__d__instance SOLE tptp.c__ShoeSole) (tptp.p__part SOLE S) (tptp.p__attribute SOLE tptp.c__Flat))))) (tptp.p__d__subclass tptp.c__Sock tptp.c__Clothing) (forall ((P $$unsorted) (S $$unsorted)) (=> (and (tptp.p__d__instance S tptp.c__SelfConnectedObject) (tptp.p__d__instance P tptp.c__Animal) (tptp.p__wears P S) (tptp.p__d__instance S tptp.c__Sock)) (exists ((F $$unsorted)) (and (tptp.p__d__instance F tptp.c__Foot) (tptp.p__part F P) (tptp.p__contains S F))))) (tptp.p__d__subclass tptp.c__Shirt tptp.c__Clothing) (forall ((SHIRT $$unsorted) (PERSON $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Animal) (tptp.p__d__instance SHIRT tptp.c__Shirt) (tptp.p__wears PERSON SHIRT)) (tptp.p__d__instance PERSON tptp.c__Human))) (tptp.p__d__subclass tptp.c__Sleeve tptp.c__Clothing) (forall ((P $$unsorted) (S $$unsorted)) (=> (and (tptp.p__d__instance S tptp.c__SelfConnectedObject) (tptp.p__d__instance P tptp.c__Animal) (tptp.p__wears P S) (tptp.p__d__instance S tptp.c__Sleeve)) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Arm) (tptp.p__part A P) (tptp.p__contains S A))))) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Sleeve) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__Object) (tptp.p__part S C) (or (tptp.p__d__instance C tptp.c__Shirt) (tptp.p__d__instance C tptp.c__Coat)))))) (tptp.p__d__subclass tptp.c__Dress tptp.c__Clothing) (forall ((DRESS $$unsorted) (PERSON $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Animal) (tptp.p__d__instance DRESS tptp.c__Dress) (tptp.p__wears PERSON DRESS)) (tptp.p__d__instance PERSON tptp.c__Woman))) (tptp.p__d__subclass tptp.c__ClothingSuit tptp.c__Collection) (tptp.p__d__subclass tptp.c__Rug tptp.c__Fabric) (tptp.p__d__subclass tptp.c__Towel tptp.c__Fabric) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Towel) (tptp.p__capability tptp.c__Drying tptp.c__instrument X))) (tptp.p__d__subclass tptp.c__Leather tptp.c__Fabric) (forall ((LEATHER $$unsorted)) (=> (tptp.p__d__instance LEATHER tptp.c__Leather) (exists ((MAKE $$unsorted) (SKIN $$unsorted)) (and (tptp.p__d__instance MAKE tptp.c__Making) (tptp.p__resource MAKE SKIN) (tptp.p__d__instance SKIN tptp.c__Skin) (tptp.p__result MAKE LEATHER))))) (tptp.p__d__subclass tptp.c__Silk tptp.c__Fabric) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Silk) (exists ((M $$unsorted) (T $$unsorted) (I $$unsorted)) (and (tptp.p__d__instance T tptp.c__Object) (tptp.p__d__instance M tptp.c__Making) (tptp.p__result M S) (tptp.p__resource M T) (tptp.p__part T I) (tptp.p__d__instance I tptp.c__Insect) (tptp.p__attribute I tptp.c__Larval))))) (tptp.p__d__subclass tptp.c__Wool tptp.c__Fabric) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__Wool) (exists ((M $$unsorted) (H $$unsorted) (S $$unsorted)) (and (tptp.p__d__instance M tptp.c__Making) (tptp.p__result M W) (tptp.p__resource M H) (tptp.p__part H S) (tptp.p__d__instance H tptp.c__Hair) (tptp.p__d__instance S tptp.c__Sheep))))) (tptp.p__d__subclass tptp.c__Pocket tptp.c__Fabric) (forall ((POCKET $$unsorted)) (=> (tptp.p__d__instance POCKET tptp.c__Pocket) (exists ((CLOTHING $$unsorted)) (and (tptp.p__d__instance CLOTHING tptp.c__Clothing) (tptp.p__part POCKET CLOTHING))))) (forall ((POCKET $$unsorted)) (=> (tptp.p__d__instance POCKET tptp.c__Pocket) (tptp.p__capability tptp.c__Keeping tptp.c__instrument POCKET))) (tptp.p__d__subclass tptp.c__Blanket tptp.c__Fabric) (tptp.p__d__subclass tptp.c__Cotton tptp.c__PlantAnatomicalStructure) (tptp.p__d__subclass tptp.c__CottonFabric tptp.c__Fabric) (forall ((F $$unsorted)) (=> (tptp.p__d__instance F tptp.c__CottonFabric) (exists ((M $$unsorted) (C $$unsorted)) (and (tptp.p__d__instance M tptp.c__Making) (tptp.p__resource M C) (tptp.p__d__instance C tptp.c__Cotton) (tptp.p__result M F))))) (tptp.p__d__subclass tptp.c__Veil tptp.c__Clothing) (tptp.p__d__subclass tptp.c__Concealing tptp.c__Putting) (tptp.p__d__subclass tptp.c__Dressing tptp.c__Putting) (tptp.p__d__subclass tptp.c__ChangingClothing tptp.c__Transfer) (forall ((CC $$unsorted)) (=> (tptp.p__d__instance CC tptp.c__ChangingClothing) (exists ((R $$unsorted) (D $$unsorted)) (and (tptp.p__d__instance R tptp.c__RemovingClothing) (tptp.p__d__instance D tptp.c__Dressing) (tptp.p__subProcess R CC) (tptp.p__subProcess D CC))))) (tptp.p__d__subclass tptp.c__RemovingClothing tptp.c__Uncovering) (tptp.p__d__subclass tptp.c__Cleaning tptp.c__Maintaining) (tptp.p__d__subclass tptp.c__Sweeping tptp.c__Removing) (forall ((S $$unsorted) (B $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Physical) (tptp.p__d__instance S tptp.c__Sweeping) (tptp.p__instrument S B)) (tptp.p__d__instance B tptp.c__Broom))) (tptp.p__d__subclass tptp.c__Washing tptp.c__Removing) (tptp.p__d__subclass tptp.c__Washing tptp.c__Cleaning) (tptp.p__d__subclass tptp.c__CleaningDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__Tying tptp.c__Attaching) (tptp.p__d__subclass tptp.c__Untying tptp.c__Detaching) (tptp.p__d__disjoint tptp.c__Untying tptp.c__Tying) (tptp.p__d__subclass tptp.c__Sewing tptp.c__Attaching) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Sewing) (exists ((F $$unsorted)) (and (tptp.p__d__instance F tptp.c__Fabric) (tptp.p__patient S F))))) (tptp.p__d__subclass tptp.c__Soldering tptp.c__Attaching) (forall ((S $$unsorted) (OBJ1 $$unsorted) (OBJ2 $$unsorted)) (=> (and (tptp.p__d__instance OBJ1 tptp.c__SelfConnectedObject) (tptp.p__d__instance OBJ2 tptp.c__SelfConnectedObject) (tptp.p__d__instance S tptp.c__Soldering) (tptp.p__patient S OBJ1) (tptp.p__patient S OBJ2) (not (= OBJ1 OBJ2))) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__MetallicAlloy) (tptp.p__connects A OBJ1 OBJ2))))) (tptp.p__d__subclass tptp.c__SolderingIron tptp.c__ElectricDevice) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Soldering) (exists ((SI $$unsorted)) (and (tptp.p__d__instance SI tptp.c__SolderingIron) (tptp.p__instrument S SI))))) (forall ((SI $$unsorted)) (=> (tptp.p__d__instance SI tptp.c__SolderingIron) (exists ((X $$unsorted)) (and (tptp.p__d__instance X tptp.c__CorpuscularObject) (tptp.p__part X SI) (tptp.p__material tptp.c__Metal X))))) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Soldering) (exists ((M $$unsorted)) (and (tptp.p__d__instance M tptp.c__Melting) (tptp.p__subProcess M S))))) (tptp.p__d__instance tptp.c__patientMedical tptp.c__BinaryPredicate) (forall ((PATIENT $$unsorted) (DOCTOR $$unsorted)) (=> (and (tptp.p__d__instance DOCTOR tptp.c__CognitiveAgent) (tptp.p__d__instance PATIENT tptp.c__Human) (tptp.p__patientMedical PATIENT DOCTOR)) (exists ((PROCESS $$unsorted)) (and (tptp.p__d__instance PROCESS tptp.c__Process) (tptp.p__patient PROCESS PATIENT) (tptp.p__agent PROCESS DOCTOR) (or (tptp.p__d__instance PROCESS tptp.c__DiagnosticProcess) (tptp.p__d__instance PROCESS tptp.c__TherapeuticProcess)))))) (tptp.p__d__subclass tptp.c__Bandage tptp.c__Fabric) (tptp.p__d__subclass tptp.c__Massaging tptp.c__TherapeuticProcess) (tptp.p__d__subclass tptp.c__Massaging tptp.c__Touching) (tptp.p__d__subclass tptp.c__RelievingPain tptp.c__TherapeuticProcess) (tptp.p__d__subclass tptp.c__NonspecificDisease tptp.c__DiseaseOrSyndrome) (forall ((DISEASE $$unsorted)) (=> (tptp.p__d__instance DISEASE tptp.c__NonspecificDisease) (forall ((AGENT $$unsorted)) (or (not (tptp.p__d__instance AGENT tptp.c__Physical)) (not (tptp.p__d__instance AGENT tptp.c__Microorganism)) (exists ((VICTIM $$unsorted)) (and (tptp.p__d__instance VICTIM tptp.c__Object) (tptp.p__attribute VICTIM DISEASE) (not (tptp.p__located AGENT VICTIM)))))))) (tptp.p__d__subclass tptp.c__BacterialDisease tptp.c__InfectiousDisease) (tptp.p__d__subclass tptp.c__InfectiousDisease tptp.c__DiseaseOrSyndrome) (forall ((I $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Agent) (tptp.p__d__instance I tptp.c__InfectiousDisease) (tptp.p__attribute A I)) (exists ((P $$unsorted) (O $$unsorted)) (and (tptp.p__d__instance P tptp.c__PathologicProcess) (tptp.p__agent P O) (tptp.p__d__instance O tptp.c__Microorganism) (tptp.p__experiencer P A))))) (tptp.p__d__subclass tptp.c__TakingIll tptp.c__PathologicProcess) (tptp.p__d__subclass tptp.c__ViralDisease tptp.c__InfectiousDisease) (tptp.p__d__instance tptp.c__Diarrhea tptp.c__DiseaseOrSyndrome) (tptp.p__d__instance tptp.c__Emphysema tptp.c__DiseaseOrSyndrome) (forall ((H $$unsorted)) (=> (and (tptp.p__d__instance H tptp.c__Object) (tptp.p__attribute H tptp.c__Emphysema)) (exists ((L $$unsorted) (P $$unsorted)) (and (tptp.p__d__instance L tptp.c__Lung) (tptp.p__part L H) (tptp.p__d__instance P tptp.c__PathologicProcess) (tptp.p__eventLocated P L))))) (tptp.p__d__instance tptp.c__Fever tptp.c__DiseaseOrSyndrome) (tptp.p__d__instance tptp.c__Goiter tptp.c__DiseaseOrSyndrome) (forall ((H $$unsorted)) (=> (and (tptp.p__d__instance H tptp.c__Object) (tptp.p__attribute H tptp.c__Goiter)) (exists ((G $$unsorted) (P $$unsorted)) (and (tptp.p__d__instance G tptp.c__ThyroidGland) (tptp.p__part G H) (tptp.p__d__instance P tptp.c__PathologicProcess) (tptp.p__eventLocated P G))))) (tptp.p__d__instance tptp.c__Tuberculosis tptp.c__BacterialDisease) (tptp.p__d__subclass tptp.c__RecoveringFromIllness tptp.c__OrganismProcess) (tptp.p__d__subclass tptp.c__Protozoa tptp.c__Microorganism) (tptp.p__d__instance tptp.c__parasite tptp.c__BinaryPredicate) (forall ((O1 $$unsorted) (O2 $$unsorted)) (=> (and (tptp.p__d__instance O2 tptp.c__Organism) (tptp.p__d__instance O1 tptp.c__Organism) (tptp.p__parasite O1 O2)) (tptp.p__inhabits O1 O2))) (forall ((O1 $$unsorted) (O2 $$unsorted)) (=> (and (tptp.p__d__instance O2 tptp.c__Organism) (tptp.p__d__instance O1 tptp.c__Organism) (tptp.p__parasite O1 O2)) (exists ((I $$unsorted)) (and (tptp.p__d__instance I tptp.c__Injuring) (tptp.p__agent I O1) (tptp.p__patient I O2))))) (tptp.p__d__instance tptp.c__Cancer tptp.c__DiseaseOrSyndrome) (forall ((PERSON $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Object) (tptp.p__attribute PERSON tptp.c__Cancer)) (exists ((TUMOR $$unsorted)) (and (tptp.p__d__instance TUMOR tptp.c__Tumor) (tptp.p__part TUMOR PERSON))))) (tptp.p__d__subclass tptp.c__Neurosis tptp.c__PsychologicalDysfunction) (tptp.p__d__subclass tptp.c__Psychosis tptp.c__PsychologicalDysfunction) (tptp.p__d__subclass tptp.c__Atrophy tptp.c__PathologicProcess) (tptp.p__d__subclass tptp.c__Atrophy tptp.c__Decreasing) (tptp.p__d__subclass tptp.c__Bloating tptp.c__Increasing) (tptp.p__d__subclass tptp.c__Bloating tptp.c__PathologicProcess) (tptp.p__d__subclass tptp.c__ConjugatedSubstance tptp.c__CompoundSubstance) (forall ((CS $$unsorted)) (= (tptp.p__d__instance CS tptp.c__ConjugatedSubstance) (exists ((C1 $$unsorted) (C2 $$unsorted) (P $$unsorted)) (and (tptp.p__d__instance C1 tptp.c__CompoundSubstance) (tptp.p__d__instance C2 tptp.c__CompoundSubstance) (not (= C1 C2)) (tptp.p__d__instance P tptp.c__ChemicalSynthesis) (tptp.p__resource P C1) (tptp.p__resource P C2) (tptp.p__result P CS))))) (tptp.p__d__instance tptp.c__conjugate tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__conjugate tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__conjugate tptp.c__TransitiveRelation) (forall ((COMPOUND1 $$unsorted) (COMPOUND2 $$unsorted)) (=> (and (tptp.p__d__instance COMPOUND2 tptp.c__CompoundSubstance) (tptp.p__d__instance COMPOUND1 tptp.c__CompoundSubstance) (tptp.p__conjugate COMPOUND1 COMPOUND2)) (exists ((NUMBER1 $$unsorted) (NUMBER2 $$unsorted)) (and (tptp.p__d__instance NUMBER1 tptp.c__PositiveInteger) (tptp.p__d__instance NUMBER2 tptp.c__PositiveInteger) (tptp.p__protonNumber COMPOUND1 NUMBER1) (tptp.p__protonNumber COMPOUND2 NUMBER2) (= NUMBER1 (tptp.f__AdditionFn2 NUMBER2 tptp.c__1)))))) (tptp.p__d__subclass tptp.c__Biting tptp.c__Grabbing) (forall ((ANIMAL $$unsorted) (BITE $$unsorted)) (=> (and (tptp.p__d__instance ANIMAL tptp.c__Agent) (tptp.p__d__instance BITE tptp.c__Biting) (tptp.p__agent BITE ANIMAL)) (exists ((MOUTH $$unsorted)) (and (tptp.p__d__instance MOUTH tptp.c__Mouth) (tptp.p__part MOUTH ANIMAL) (tptp.p__instrument BITE MOUTH))))) (tptp.p__d__subclass tptp.c__Strangling tptp.c__Grabbing) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Strangling) (exists ((T $$unsorted)) (and (tptp.p__patient S T) (tptp.p__d__instance T tptp.c__Throat))))) (tptp.p__d__subclass tptp.c__Spitting tptp.c__Impelling) (forall ((ANIMAL $$unsorted) (SPIT $$unsorted)) (=> (and (tptp.p__d__instance ANIMAL tptp.c__Agent) (tptp.p__d__instance SPIT tptp.c__Spitting) (tptp.p__agent SPIT ANIMAL)) (exists ((MOUTH $$unsorted)) (and (tptp.p__d__instance MOUTH tptp.c__Mouth) (tptp.p__part MOUTH ANIMAL) (tptp.p__origin SPIT MOUTH))))) (tptp.p__d__subclass tptp.c__Punching tptp.c__Impelling) (forall ((A $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Agent) (tptp.p__d__instance P tptp.c__Punching) (tptp.p__agent P A)) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Hand) (tptp.p__attribute H tptp.c__Fist) (tptp.p__part H A) (tptp.p__instrument P H))))) (tptp.p__d__subclass tptp.c__Kicking tptp.c__Impelling) (forall ((ANIMAL $$unsorted) (KICK $$unsorted)) (=> (and (tptp.p__d__instance ANIMAL tptp.c__Agent) (tptp.p__d__instance KICK tptp.c__Kicking) (tptp.p__agent KICK ANIMAL)) (exists ((FOOT $$unsorted)) (and (tptp.p__d__instance FOOT tptp.c__Foot) (tptp.p__part FOOT ANIMAL) (tptp.p__instrument KICK FOOT))))) (tptp.p__d__subclass tptp.c__Mailing tptp.c__Transfer) (tptp.p__d__subclass tptp.c__Messaging tptp.c__Transfer) (forall ((MESSAGING $$unsorted)) (=> (tptp.p__d__instance MESSAGING tptp.c__Messaging) (exists ((M $$unsorted)) (and (tptp.p__d__instance M tptp.c__Message) (tptp.p__patient MESSAGING M))))) (tptp.p__d__instance tptp.c__neighbor tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__neighbor tptp.c__SymmetricRelation) (tptp.p__d__instance tptp.c__neighbor tptp.c__IrreflexiveRelation) (forall ((PERSON1 $$unsorted) (PERSON2 $$unsorted)) (=> (and (tptp.p__d__instance PERSON2 tptp.c__Human) (tptp.p__d__instance PERSON1 tptp.c__Human) (tptp.p__neighbor PERSON1 PERSON2)) (exists ((HOME1 $$unsorted) (HOME2 $$unsorted)) (and (tptp.p__d__instance HOME1 tptp.c__PermanentResidence) (tptp.p__d__instance HOME2 tptp.c__PermanentResidence) (tptp.p__home PERSON1 HOME1) (tptp.p__home PERSON2 HOME2) (not (= HOME1 HOME2)) (tptp.p__orientation HOME1 HOME2 tptp.c__Near))))) (tptp.p__d__instance tptp.c__capacity tptp.c__BinaryPredicate) (tptp.p__relatedInternalConcept tptp.c__capacity tptp.c__humanCapacity) (forall ((OBJ1 $$unsorted) (OBJ2 $$unsorted) (MEAS $$unsorted)) (=> (and (tptp.p__d__instance MEAS tptp.c__ConstantQuantity) (tptp.p__d__instance OBJ1 tptp.c__Object) (tptp.p__d__instance OBJ2 tptp.c__SelfConnectedObject) (tptp.p__measure OBJ1 MEAS) (tptp.p__contains OBJ2 OBJ1)) (tptp.p__capacity OBJ2 MEAS))) (tptp.p__d__instance tptp.c__humanCapacity tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__humanCapacity tptp.c__SingleValuedRelation) (tptp.p__d__instance tptp.c__LastFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__FirstFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__StreetAddressFn tptp.c__QuaternaryFunction) (forall ((ROAD $$unsorted) (CITY $$unsorted) (COUNTRY $$unsorted) (PLACE $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance COUNTRY tptp.c__Nation) (tptp.p__d__instance CITY tptp.c__City) (tptp.p__d__instance ROAD tptp.c__Roadway) (tptp.p__d__instance PLACE tptp.c__PostalPlace) (tptp.p__d__instance AGENT tptp.c__Agent) (= (tptp.f__StreetAddressFn4 PLACE ROAD CITY COUNTRY) AGENT)) (tptp.p__postContactSite PLACE AGENT))) (forall ((ROAD $$unsorted) (CITY $$unsorted) (COUNTRY $$unsorted) (AGENT $$unsorted) (PLACE $$unsorted)) (=> (and (tptp.p__d__instance COUNTRY tptp.c__Nation) (tptp.p__d__instance CITY tptp.c__City) (tptp.p__d__instance ROAD tptp.c__Roadway) (tptp.p__d__instance PLACE tptp.c__StationaryArtifact) (tptp.p__d__instance AGENT tptp.c__Agent) (= (tptp.f__StreetAddressFn4 PLACE ROAD CITY COUNTRY) AGENT)) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__Building) (tptp.p__part PLACE BUILDING))))) (tptp.p__d__subclass tptp.c__ArtStudio tptp.c__Workshop) (tptp.p__d__subclass tptp.c__Mine tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__MobileResidence tptp.c__Artifact) (tptp.p__d__disjoint tptp.c__MobileResidence tptp.c__Residence) (tptp.p__d__subclass tptp.c__Prison tptp.c__StationaryArtifact) (tptp.p__d__instance tptp.c__detainee tptp.c__CaseRole) (tptp.p__subrelation tptp.c__detainee tptp.c__patient) (tptp.p__d__instance tptp.c__targetInAttack tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__targetInAttack tptp.c__CaseRole) (tptp.p__subrelation tptp.c__targetInAttack tptp.c__patient) (tptp.p__d__subclass tptp.c__VotingPoll tptp.c__StationaryArtifact) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__VotingPoll) (exists ((V $$unsorted)) (and (tptp.p__d__instance V tptp.c__Voting) (tptp.p__eventLocated V P))))) (tptp.p__d__subclass tptp.c__Camp tptp.c__MobileResidence) (forall ((CAMP $$unsorted)) (=> (tptp.p__d__instance CAMP tptp.c__Camp) (exists ((TENT $$unsorted)) (and (tptp.p__d__instance TENT tptp.c__Tent) (tptp.p__part TENT CAMP))))) (tptp.p__d__subclass tptp.c__Tent tptp.c__MobileResidence) (forall ((TENT $$unsorted)) (=> (tptp.p__d__instance TENT tptp.c__Tent) (exists ((FABRIC $$unsorted)) (and (tptp.p__d__instance FABRIC tptp.c__Fabric) (tptp.p__part FABRIC TENT))))) (tptp.p__d__subclass tptp.c__Monument tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__Tomb tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__Workshop tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__ApartmentUnit tptp.c__SingleFamilyResidence) (forall ((PERSON $$unsorted) (UNIT $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__d__instance UNIT tptp.c__ApartmentUnit) (tptp.p__home PERSON UNIT)) (not (tptp.p__possesses PERSON UNIT)))) (forall ((UNIT $$unsorted)) (=> (tptp.p__d__instance UNIT tptp.c__ApartmentUnit) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__ApartmentBuilding) (tptp.p__part UNIT BUILDING))))) (tptp.p__d__instance tptp.c__landlord tptp.c__BinaryPredicate) (forall ((L $$unsorted) (U $$unsorted)) (=> (and (tptp.p__d__instance U tptp.c__PermanentResidence) (tptp.p__d__instance L tptp.c__Agent) (tptp.p__landlord L U)) (exists ((R $$unsorted) (P $$unsorted)) (and (tptp.p__d__instance P tptp.c__Agent) (tptp.p__possesses L U) (tptp.p__tenant P U) (tptp.p__agent R P) (tptp.p__d__instance R tptp.c__Renting) (tptp.p__patient R U))))) (tptp.p__d__instance tptp.c__tenant tptp.c__BinaryPredicate) (forall ((P $$unsorted) (U $$unsorted)) (=> (and (tptp.p__d__instance U tptp.c__PermanentResidence) (tptp.p__d__instance P tptp.c__Agent) (tptp.p__tenant P U)) (exists ((L $$unsorted) (R $$unsorted)) (and (tptp.p__d__instance L tptp.c__Agent) (tptp.p__d__instance R tptp.c__Renting) (tptp.p__landlord L U) (tptp.p__agent R P) (tptp.p__possesses L U) (tptp.p__patient R U))))) (tptp.p__d__subclass tptp.c__CondominiumUnit tptp.c__SingleFamilyResidence) (forall ((PERSON $$unsorted) (UNIT $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__d__instance UNIT tptp.c__SingleFamilyResidence) (tptp.p__home PERSON UNIT) (tptp.p__possesses PERSON UNIT) (not (tptp.p__d__instance UNIT tptp.c__Building))) (tptp.p__d__instance UNIT tptp.c__CondominiumUnit))) (forall ((UNIT $$unsorted)) (=> (tptp.p__d__instance UNIT tptp.c__CondominiumUnit) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__CondominiumBuilding) (tptp.p__part UNIT BUILDING))))) (tptp.p__d__subclass tptp.c__ApartmentBuilding tptp.c__ResidentialBuilding) (tptp.p__d__disjoint tptp.c__ApartmentBuilding tptp.c__SingleFamilyResidence) (forall ((BUILDING $$unsorted)) (=> (tptp.p__d__instance BUILDING tptp.c__ApartmentBuilding) (exists ((UNIT1 $$unsorted) (UNIT2 $$unsorted)) (and (tptp.p__d__instance UNIT1 tptp.c__ApartmentUnit) (tptp.p__d__instance UNIT2 tptp.c__ApartmentUnit) (tptp.p__part UNIT1 BUILDING) (tptp.p__part UNIT2 BUILDING) (not (= UNIT1 UNIT2)))))) (tptp.p__d__subclass tptp.c__CondominiumBuilding tptp.c__ResidentialBuilding) (tptp.p__d__disjoint tptp.c__CondominiumBuilding tptp.c__SingleFamilyResidence) (forall ((BUILDING $$unsorted)) (=> (tptp.p__d__instance BUILDING tptp.c__CondominiumBuilding) (exists ((UNIT1 $$unsorted) (UNIT2 $$unsorted)) (and (tptp.p__d__instance UNIT1 tptp.c__CondominiumUnit) (tptp.p__d__instance UNIT2 tptp.c__CondominiumUnit) (tptp.p__part UNIT1 BUILDING) (tptp.p__part UNIT2 BUILDING) (not (= UNIT1 UNIT2)))))) (tptp.p__d__subclass tptp.c__Dormitory tptp.c__ResidentialBuilding) (tptp.p__d__subclass tptp.c__Dormitory tptp.c__TemporaryResidence) (tptp.p__d__disjoint tptp.c__Dormitory tptp.c__SingleFamilyResidence) (forall ((D $$unsorted)) (=> (tptp.p__d__instance D tptp.c__Dormitory) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__School) (tptp.p__possesses S D))))) (tptp.p__d__subclass tptp.c__AnimalResidence tptp.c__Artifact) (tptp.p__d__subclass tptp.c__SportsFacility tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__SportsLeague tptp.c__Organization) (tptp.p__d__subclass tptp.c__PlaceOfCommerce tptp.c__StationaryArtifact) (tptp.p__d__partition3 tptp.c__PlaceOfCommerce tptp.c__CommercialBuilding tptp.c__CommercialUnit) (forall ((OFFICE $$unsorted)) (=> (tptp.p__d__instance OFFICE tptp.c__PlaceOfCommerce) (or (tptp.p__d__instance OFFICE tptp.c__CommercialBuilding) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__CommercialBuilding) (tptp.p__part OFFICE BUILDING)))))) (tptp.p__d__subclass tptp.c__CommercialBuilding tptp.c__Building) (tptp.p__d__subclass tptp.c__CommercialBuilding tptp.c__PlaceOfCommerce) (tptp.p__d__subclass tptp.c__Warehouse tptp.c__CommercialBuilding) (tptp.p__d__subclass tptp.c__CommercialUnit tptp.c__PlaceOfCommerce) (forall ((UNIT $$unsorted) (ORG $$unsorted)) (=> (and (tptp.p__d__instance UNIT tptp.c__CommercialUnit) (tptp.p__d__instance ORG tptp.c__Organization) (tptp.p__located ORG UNIT)) (forall ((OTHER $$unsorted)) (or (not (tptp.p__d__instance OTHER tptp.c__Physical)) (not (tptp.p__d__instance OTHER tptp.c__Organization)) (not (tptp.p__located OTHER UNIT)) (= OTHER ORG))))) (tptp.p__d__subclass tptp.c__Store tptp.c__Building) (tptp.p__d__subclass tptp.c__FarmBuilding tptp.c__Building) (tptp.p__d__disjoint tptp.c__FarmBuilding tptp.c__ResidentialBuilding) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__FarmBuilding) (exists ((F $$unsorted)) (and (tptp.p__d__instance F tptp.c__Farm) (tptp.p__located B F))))) (tptp.p__d__subclass tptp.c__Agency tptp.c__Business) (forall ((A $$unsorted) (C $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__CognitiveAgent) (tptp.p__d__instance C tptp.c__CognitiveAgent) (tptp.p__d__instance A tptp.c__Agency) (tptp.p__customer C A)) (tptp.p__d__instance C tptp.c__CommercialAgent))) (tptp.p__d__subclass tptp.c__EntertainmentCompany tptp.c__Business) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__EntertainmentCompany) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__CommercialService) (tptp.p__agent P C) (tptp.p__d__instance P tptp.c__Performance))))) (tptp.p__d__subclass tptp.c__FinancialCompany tptp.c__Business) (tptp.p__d__subclass tptp.c__SavingsAndLoan tptp.c__FinancialCompany) (tptp.p__d__instance tptp.c__insured tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__insured tptp.c__AsymmetricRelation) (forall ((ORG $$unsorted) (PROP $$unsorted)) (=> (and (tptp.p__d__instance ORG tptp.c__Organization) (tptp.p__d__instance PROP tptp.c__Proposition) (tptp.p__insured PROP ORG)) (tptp.p__property PROP tptp.c__Contract))) (tptp.p__d__subclass tptp.c__InsuranceCompany tptp.c__Business) (forall ((I $$unsorted)) (=> (tptp.p__d__instance I tptp.c__InsuranceCompany) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__Proposition) (tptp.p__insured C I))))) (tptp.p__d__subclass tptp.c__TransportationCompany tptp.c__Business) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__TransportationCompany) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__CommercialService) (tptp.p__agent S C) (tptp.p__d__instance S tptp.c__Transportation))))) (tptp.p__d__subclass tptp.c__FinancialService tptp.c__CommercialService) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__FinancialService) (exists ((O $$unsorted)) (and (tptp.p__d__instance O tptp.c__FinancialCompany) (tptp.p__agent S O))))) (tptp.p__d__instance tptp.c__loss tptp.c__AsymmetricRelation) (tptp.p__d__subclass tptp.c__Financing tptp.c__Funding) (tptp.p__d__subclass tptp.c__Financing tptp.c__FinancialService) (tptp.p__d__subclass tptp.c__Partnership tptp.c__Business) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Partnership) (exists ((H1 $$unsorted) (H2 $$unsorted)) (and (tptp.p__d__instance H1 tptp.c__Human) (tptp.p__d__instance H2 tptp.c__Human) (not (= H1 H2)) (tptp.p__possesses H1 C) (tptp.p__possesses H2 C))))) (tptp.p__d__subclass tptp.c__Scholarship tptp.c__Funding) (tptp.p__d__subclass tptp.c__Welfare tptp.c__Funding) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__Welfare) (exists ((O $$unsorted)) (and (tptp.p__d__instance O tptp.c__ServiceOrganization) (tptp.p__agent W O))))) (tptp.p__d__subclass tptp.c__Publisher tptp.c__Manufacturer) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Publisher) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__CommercialService) (tptp.p__agent S C) (tptp.p__d__instance S tptp.c__Publication))))) (tptp.p__d__subclass tptp.c__FamilyBusiness tptp.c__Partnership) (forall ((C $$unsorted) (P1 $$unsorted) (P2 $$unsorted)) (=> (and (tptp.p__d__instance P1 tptp.c__Organism) (tptp.p__d__instance P2 tptp.c__Organism) (tptp.p__d__instance C tptp.c__FamilyBusiness) (tptp.p__possesses P1 C) (tptp.p__possesses P2 C)) (tptp.p__familyRelation P1 P2))) (tptp.p__d__subclass tptp.c__Restaurant tptp.c__Business) (forall ((PLACE $$unsorted)) (=> (tptp.p__d__instance PLACE tptp.c__RestaurantBuilding) (tptp.p__capability tptp.c__Cooking tptp.c__eventLocated PLACE))) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Restaurant) (exists ((D $$unsorted)) (and (tptp.p__possesses R D) (tptp.p__d__instance D tptp.c__DiningArea))))) (tptp.p__d__subclass tptp.c__Proprietorship tptp.c__Business) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Proprietorship) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Human) (tptp.p__possesses H C) (forall ((H2 $$unsorted)) (or (not (tptp.p__d__instance H2 tptp.c__Agent)) (= H H2) (not (tptp.p__possesses H2 C)))))))) (tptp.p__d__subclass tptp.c__Auditorium tptp.c__Building) (forall ((AUDITORIUM $$unsorted)) (=> (tptp.p__d__instance AUDITORIUM tptp.c__Auditorium) (exists ((STAGE $$unsorted)) (and (tptp.p__d__instance STAGE tptp.c__PerformanceStage) (tptp.p__part STAGE AUDITORIUM))))) (tptp.p__d__subclass tptp.c__AuditoriumSeat tptp.c__Seat) (forall ((SEAT $$unsorted)) (=> (tptp.p__d__instance SEAT tptp.c__AuditoriumSeat) (exists ((AUDITORIUM $$unsorted)) (and (tptp.p__d__instance AUDITORIUM tptp.c__Auditorium) (tptp.p__part SEAT AUDITORIUM))))) (forall ((AUDITORIUM $$unsorted) (SEAT $$unsorted) (STAGE $$unsorted) (SEE $$unsorted) (PERSON $$unsorted)) (=> (and (tptp.p__d__instance SEAT tptp.c__AuditoriumSeat) (tptp.p__part SEAT AUDITORIUM) (tptp.p__part STAGE AUDITORIUM) (tptp.p__d__instance AUDITORIUM tptp.c__Auditorium) (tptp.p__d__instance STAGE tptp.c__PerformanceStage) (tptp.p__located PERSON SEAT) (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__d__subclass SEE tptp.c__Seeing) (forall ((INST $$unsorted)) (=> (and (tptp.p__d__instance INST tptp.c__Process) (tptp.p__d__instance INST SEE)) (tptp.p__patient INST STAGE)))) (tptp.p__capability SEE tptp.c__agent PERSON))) (tptp.p__subrelation tptp.c__enjoys tptp.c__inScopeOfInterest) (tptp.p__d__instance tptp.c__expects tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__fears tptp.c__expects) (forall ((AGENT $$unsorted) (FORMULA $$unsorted)) (=> (and (tptp.p__d__instance FORMULA tptp.c__Formula) (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__fears AGENT FORMULA)) (not (tptp.p__desires AGENT FORMULA)))) (tptp.p__subrelation tptp.c__hopes tptp.c__expects) (forall ((AGENT $$unsorted) (FORMULA $$unsorted)) (=> (and (tptp.p__d__instance FORMULA tptp.c__Formula) (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__hopes AGENT FORMULA)) (tptp.p__desires AGENT FORMULA))) (tptp.p__d__instance tptp.c__doubts tptp.c__PropositionalAttitude) (tptp.p__d__instance tptp.c__doubts tptp.c__BinaryPredicate) (forall ((AGENT $$unsorted) (FORMULA $$unsorted)) (=> (and (tptp.p__d__instance FORMULA tptp.c__Formula) (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__doubts AGENT FORMULA)) (not (tptp.p__believes AGENT FORMULA)))) (tptp.p__d__instance tptp.c__dislikes tptp.c__ObjectAttitude) (tptp.p__subrelation tptp.c__dislikes tptp.c__inScopeOfInterest) (tptp.p__disjointRelation tptp.c__dislikes tptp.c__wants) (tptp.p__relatedInternalConcept tptp.c__dislikes tptp.c__disapproves) (tptp.p__d__instance tptp.c__disapproves tptp.c__PropositionalAttitude) (tptp.p__d__instance tptp.c__disapproves tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__disapproves tptp.c__inScopeOfInterest) (tptp.p__disjointRelation tptp.c__disapproves tptp.c__desires) (tptp.p__subrelation tptp.c__lacks tptp.c__needs) (tptp.p__d__instance tptp.c__DescendantsFn tptp.c__UnaryFunction) (forall ((DESCENDANTS $$unsorted) (PERSON $$unsorted) (MEMBER $$unsorted)) (=> (and (tptp.p__d__instance DESCENDANTS tptp.c__FamilyGroup) (tptp.p__d__instance PERSON tptp.c__Human) (= (tptp.f__DescendantsFn1 PERSON) DESCENDANTS) (tptp.p__d__instance MEMBER tptp.c__Organism)) (= (tptp.p__member MEMBER DESCENDANTS) (tptp.p__ancestor MEMBER PERSON)))) (tptp.p__d__subclass tptp.c__GroupOfAnimals tptp.c__Group) (forall ((GROUP $$unsorted) (MEMBER $$unsorted)) (=> (and (tptp.p__d__instance MEMBER tptp.c__SelfConnectedObject) (tptp.p__d__instance GROUP tptp.c__GroupOfAnimals) (tptp.p__member MEMBER GROUP)) (and (tptp.p__d__instance MEMBER tptp.c__Animal) (not (tptp.p__d__instance MEMBER tptp.c__Human))))) (tptp.p__d__subclass tptp.c__Brood tptp.c__GroupOfAnimals) (forall ((BROOD $$unsorted) (MEMBER1 $$unsorted) (MEMBER2 $$unsorted)) (=> (and (tptp.p__d__instance MEMBER1 tptp.c__Organism) (tptp.p__d__instance MEMBER2 tptp.c__Organism) (tptp.p__d__instance BROOD tptp.c__Brood) (tptp.p__member MEMBER1 BROOD) (tptp.p__member MEMBER2 BROOD) (not (= MEMBER1 MEMBER2))) (tptp.p__sibling MEMBER1 MEMBER2))) (forall ((BROOD $$unsorted)) (=> (tptp.p__d__instance BROOD tptp.c__Brood) (exists ((TIME $$unsorted)) (and (tptp.p__d__instance TIME tptp.c__TimeInterval) (forall ((MEMBER $$unsorted)) (=> (and (tptp.p__d__instance MEMBER tptp.c__SelfConnectedObject) (tptp.p__d__instance MEMBER tptp.c__Agent) (tptp.p__member MEMBER BROOD)) (exists ((BIRTH $$unsorted)) (and (tptp.p__d__instance BIRTH tptp.c__Birth) (tptp.p__experiencer BIRTH MEMBER) (= TIME (tptp.f__WhenFn1 BIRTH)))))))))) (tptp.p__d__subclass tptp.c__AnimalTeam tptp.c__GroupOfAnimals) (forall ((AT $$unsorted)) (=> (tptp.p__d__instance AT tptp.c__AnimalTeam) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__Pulling) (tptp.p__agent P AT))))) (tptp.p__d__subclass tptp.c__SportsTeam tptp.c__GroupOfPeople) (forall ((TEAM $$unsorted)) (=> (tptp.p__d__instance TEAM tptp.c__SportsTeam) (exists ((SPORT $$unsorted)) (and (tptp.p__d__subclass SPORT tptp.c__Sport) (tptp.p__capability SPORT tptp.c__agent TEAM))))) (tptp.p__d__subclass tptp.c__TeamSport tptp.c__Sport) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__TeamSport) (exists ((T1 $$unsorted) (T2 $$unsorted)) (and (tptp.p__contestParticipant S T1) (tptp.p__contestParticipant S T2) (tptp.p__d__instance T1 tptp.c__SportsTeam) (tptp.p__d__instance T2 tptp.c__SportsTeam) (not (= T1 T2)))))) (tptp.p__d__subclass tptp.c__Racing tptp.c__Sport) (tptp.p__subrelation tptp.c__groupMember tptp.c__member) (tptp.p__subrelation tptp.c__headquartersOfOrganization tptp.c__located) (tptp.p__d__subclass tptp.c__CommunicationOrganization tptp.c__Organization) (forall ((CO $$unsorted)) (=> (tptp.p__d__instance CO tptp.c__CommunicationOrganization) (exists ((CS $$unsorted) (C $$unsorted)) (and (tptp.p__d__instance C tptp.c__Communication) (tptp.p__d__instance CS tptp.c__CommunicationSystem) (tptp.p__instrument C CS) (tptp.p__agent C CO))))) (tptp.p__d__subclass tptp.c__MediaOrganization tptp.c__Organization) (tptp.p__d__instance tptp.c__profit tptp.c__AsymmetricRelation) (tptp.p__d__subclass tptp.c__NonprofitOrganization tptp.c__Organization) (tptp.p__d__disjoint tptp.c__NonprofitOrganization tptp.c__CommercialAgent) (tptp.p__d__subclass tptp.c__CommunicationSystem tptp.c__Collection) (tptp.p__d__subclass tptp.c__CareOrganization tptp.c__Organization) (tptp.p__d__partition3 tptp.c__CareOrganization tptp.c__HospitalOrganization tptp.c__MedicalClinic) (tptp.p__d__instance tptp.c__medicalPatient tptp.c__BinaryPredicate) (tptp.p__d__subclass tptp.c__HospitalOrganization tptp.c__CareOrganization) (tptp.p__d__subclass tptp.c__HospitalBuilding tptp.c__TemporaryResidence) (tptp.p__d__subclass tptp.c__MedicalClinic tptp.c__CareOrganization) (tptp.p__d__subclass tptp.c__MedicalClinicBuilding tptp.c__Building) (tptp.p__d__subclass tptp.c__Cafeteria tptp.c__Restaurant) (tptp.p__d__subclass tptp.c__Tavern tptp.c__Restaurant) (forall ((COMPANY $$unsorted)) (=> (tptp.p__d__instance COMPANY tptp.c__Tavern) (exists ((SERVICE $$unsorted) (BEVERAGE $$unsorted)) (and (tptp.p__d__instance SERVICE tptp.c__CommercialService) (tptp.p__agent SERVICE COMPANY) (tptp.p__d__instance SERVICE tptp.c__Selling) (tptp.p__patient SERVICE BEVERAGE) (tptp.p__d__instance BEVERAGE tptp.c__AlcoholicBeverage))))) (tptp.p__d__subclass tptp.c__Shipping tptp.c__Transportation) (tptp.p__d__subclass tptp.c__CommercialShipping tptp.c__Shipping) (tptp.p__d__subclass tptp.c__CommercialShipping tptp.c__CommercialService) (tptp.p__d__subclass tptp.c__Smuggling tptp.c__Transportation) (tptp.p__d__subclass tptp.c__Smuggling tptp.c__CriminalAction) (tptp.p__d__instance tptp.c__customer tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__customer tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__customer tptp.c__AsymmetricRelation) (forall ((AGENT2 $$unsorted) (AGENT1 $$unsorted)) (=> (and (tptp.p__d__instance AGENT2 tptp.c__CognitiveAgent) (tptp.p__d__instance AGENT1 tptp.c__CognitiveAgent)) (= (tptp.p__customer AGENT1 AGENT2) (exists ((SERVICE $$unsorted)) (and (tptp.p__d__instance SERVICE tptp.c__FinancialTransaction) (tptp.p__origin SERVICE AGENT2) (tptp.p__destination SERVICE AGENT1)))))) (tptp.p__d__instance tptp.c__price tptp.c__TernaryPredicate) (forall ((Agent $$unsorted) (Obj $$unsorted) (Money $$unsorted)) (=> (and (tptp.p__d__instance Agent tptp.c__Agent) (tptp.p__d__instance Money tptp.c__CurrencyMeasure) (tptp.p__d__instance Obj tptp.c__Physical) (tptp.p__price Obj Money Agent)) (exists ((Buying $$unsorted)) (and (tptp.p__d__instance Buying tptp.c__Buying) (tptp.p__agent Buying Agent) (tptp.p__patient Buying Obj) (tptp.p__transactionAmount Buying Money))))) (tptp.p__d__subclass tptp.c__WholesaleStore tptp.c__MercantileOrganization) (forall ((STORE $$unsorted) (CUSTOMER $$unsorted)) (=> (and (tptp.p__d__instance STORE tptp.c__CognitiveAgent) (tptp.p__d__instance CUSTOMER tptp.c__CognitiveAgent) (tptp.p__d__instance STORE tptp.c__WholesaleStore) (tptp.p__customer CUSTOMER STORE)) (tptp.p__d__instance CUSTOMER tptp.c__CommercialAgent))) (tptp.p__d__subclass tptp.c__RetailStore tptp.c__MercantileOrganization) (tptp.p__d__disjoint tptp.c__RetailStore tptp.c__WholesaleStore) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__RetailStore) (tptp.p__capability tptp.c__Selling tptp.c__agent X))) (tptp.p__d__subclass tptp.c__ShoppingMall tptp.c__MercantileOrganization) (tptp.p__d__subclass tptp.c__DrugStore tptp.c__RetailStore) (forall ((D $$unsorted)) (=> (tptp.p__d__instance D tptp.c__DrugStore) (exists ((S $$unsorted) (M $$unsorted)) (and (tptp.p__d__instance S tptp.c__Selling) (tptp.p__agent S D) (tptp.p__patient S M) (tptp.p__d__instance M tptp.c__Medicine))))) (tptp.p__d__subclass tptp.c__GroceryStore tptp.c__RetailStore) (tptp.p__d__subclass tptp.c__OfferingForSale tptp.c__Offering) (tptp.p__d__subclass tptp.c__OfferingToPurchase tptp.c__Offering) (tptp.p__d__subclass tptp.c__BargainSale tptp.c__Offering) (tptp.p__d__subclass tptp.c__ChristianBible tptp.c__Book) (tptp.p__subsumesContentClass tptp.c__ChristianBible tptp.c__NewTestament) (tptp.p__subsumesContentClass tptp.c__ChristianBible tptp.c__OldTestament) (tptp.p__d__subclass tptp.c__ChristianGospel tptp.c__Text) (tptp.p__d__subclass tptp.c__OldTestament tptp.c__Book) (tptp.p__d__subclass tptp.c__NewTestament tptp.c__Book) (tptp.p__subsumesContentClass tptp.c__NewTestament tptp.c__ChristianGospel) (tptp.p__d__instance tptp.c__BeforeCommonEra tptp.c__TimeInterval) (= (tptp.f__BeginFn1 tptp.c__BeforeCommonEra) tptp.c__NegativeInfinity) (not (tptp.p__overlapsTemporally tptp.c__CommonEra tptp.c__BeforeCommonEra)) (tptp.p__d__instance tptp.c__CommonEra tptp.c__TimeInterval) (= (tptp.f__EndFn1 tptp.c__CommonEra) tptp.c__PositiveInfinity) (tptp.p__d__subclass tptp.c__MissionOrganization tptp.c__ReligiousOrganization) (tptp.p__d__subclass tptp.c__ReligiousBuilding tptp.c__Building) (tptp.p__d__subclass tptp.c__ReligiousBuilding tptp.c__PlaceOfWorship) (tptp.p__d__subclass tptp.c__Steeple tptp.c__StationaryArtifact) (forall ((STEEPLE $$unsorted)) (=> (tptp.p__d__instance STEEPLE tptp.c__Steeple) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__Building) (tptp.p__part STEEPLE BUILDING))))) (tptp.p__d__subclass tptp.c__Ceremony tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__Ceremony tptp.c__SocialInteraction) (tptp.p__d__subclass tptp.c__Wedding tptp.c__Ceremony) (tptp.p__d__subclass tptp.c__Wedding tptp.c__Declaring) (tptp.p__d__subclass tptp.c__ReligiousService tptp.c__ReligiousProcess) (tptp.p__d__subclass tptp.c__ReligiousService tptp.c__Demonstrating) (tptp.p__d__subclass tptp.c__Baptizing tptp.c__Ceremony) (tptp.p__d__subclass tptp.c__Baptizing tptp.c__ReligiousProcess) (tptp.p__d__subclass tptp.c__Baptizing tptp.c__JoiningAnOrganization) (forall ((B $$unsorted) (H $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Baptizing) (tptp.p__patient B H)) (tptp.p__d__instance H tptp.c__Human))) (tptp.p__d__subclass tptp.c__Praying tptp.c__ReligiousProcess) (tptp.p__d__subclass tptp.c__Praying tptp.c__Requesting) (tptp.p__d__subclass tptp.c__ReferenceText tptp.c__FactualText) (tptp.p__d__subclass tptp.c__IndependentState tptp.c__GeopoliticalArea) (tptp.p__d__subclass tptp.c__IndependentState tptp.c__Nation) (tptp.p__d__subclass tptp.c__DependencyOrSpecialSovereigntyArea tptp.c__GeopoliticalArea) (tptp.p__d__disjoint tptp.c__IndependentState tptp.c__DependencyOrSpecialSovereigntyArea) (tptp.p__d__subclass tptp.c__OverseasArea tptp.c__DependencyOrSpecialSovereigntyArea) (tptp.p__d__instance tptp.c__ResidentFn tptp.c__UnaryFunction) (forall ((PERSON $$unsorted) (AREA $$unsorted)) (=> (and (tptp.p__d__instance AREA tptp.c__GeopoliticalArea) (tptp.p__d__instance AREA tptp.c__PermanentResidence) (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__member PERSON (tptp.f__ResidentFn1 AREA))) (tptp.p__home PERSON AREA))) (tptp.p__subrelation tptp.c__CitizenryFn tptp.c__ResidentFn) (tptp.p__d__instance tptp.c__PerCapitaFn tptp.c__BinaryFunction) (forall ((AREA $$unsorted) (QUANTITY2 $$unsorted) (QUANTITY1 $$unsorted)) (=> (and (tptp.p__d__instance AREA tptp.c__GeopoliticalArea) (tptp.p__d__instance QUANTITY1 tptp.c__Quantity) (tptp.p__d__instance QUANTITY2 tptp.c__Quantity) (= (tptp.f__PerCapitaFn2 QUANTITY1 AREA) QUANTITY2)) (exists ((POPULATION $$unsorted)) (and (tptp.p__d__instance POPULATION tptp.c__Number) (= POPULATION (tptp.f__CardinalityFn1 (tptp.f__ResidentFn1 AREA))) (= QUANTITY2 (tptp.f__DivisionFn2 QUANTITY1 POPULATION)))))) (tptp.p__d__subclass tptp.c__CityDistrict tptp.c__GeopoliticalArea) (forall ((DISTRICT $$unsorted)) (=> (tptp.p__d__instance DISTRICT tptp.c__GeopoliticalArea) (= (tptp.p__d__instance DISTRICT tptp.c__CityDistrict) (exists ((CITY $$unsorted)) (and (tptp.p__d__instance CITY tptp.c__City) (tptp.p__geopoliticalSubdivision DISTRICT CITY)))))) (tptp.p__d__subclass tptp.c__Downtown tptp.c__CityDistrict) (tptp.p__d__subclass tptp.c__Cemetery tptp.c__LandArea) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Cemetery) (exists ((T $$unsorted)) (and (tptp.p__d__instance T tptp.c__Tomb) (tptp.p__located T C))))) (tptp.p__d__subclass tptp.c__Park tptp.c__LandArea) (forall ((PARK $$unsorted)) (=> (tptp.p__d__instance PARK tptp.c__Park) (exists ((GOV $$unsorted)) (and (tptp.p__d__instance GOV tptp.c__Government) (tptp.p__possesses GOV PARK))))) (tptp.p__d__subclass tptp.c__PublicPark tptp.c__Park) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__PublicPark) (exists ((G $$unsorted)) (and (tptp.p__d__instance G tptp.c__Government) (tptp.p__possesses G P))))) (tptp.p__d__subclass tptp.c__CultivatedLandArea tptp.c__LandArea) (forall ((A $$unsorted)) (=> (tptp.p__d__instance A tptp.c__CultivatedLandArea) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__Agriculture) (tptp.p__eventLocated C A))))) (tptp.p__d__subclass tptp.c__Campground tptp.c__LandArea) (tptp.p__d__subclass tptp.c__CityBlock tptp.c__LandArea) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__CityBlock) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__City) (tptp.p__part B C))))) (tptp.p__d__subclass tptp.c__AerobicExerciseDevice tptp.c__RecreationOrExerciseDevice) (tptp.p__d__subclass tptp.c__AnaerobicExerciseDevice tptp.c__RecreationOrExerciseDevice) (tptp.p__d__disjoint tptp.c__AnaerobicExerciseDevice tptp.c__AerobicExerciseDevice) (tptp.p__d__subclass tptp.c__SkilledOccupation tptp.c__OccupationalRole) (forall ((OCCUPATION $$unsorted) (PERSON $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__Object) (tptp.p__d__instance OCCUPATION tptp.c__SkilledOccupation) (tptp.p__attribute PERSON OCCUPATION)) (exists ((TRAINING $$unsorted)) (and (tptp.p__d__instance TRAINING tptp.c__EducationalProcess) (tptp.p__destination TRAINING PERSON))))) (tptp.p__d__subclass tptp.c__ManualLabor tptp.c__Position) (tptp.p__d__subclass tptp.c__ManualLabor tptp.c__OccupationalRole) (tptp.p__d__subclass tptp.c__UnskilledOccupation tptp.c__ManualLabor) (tptp.p__d__disjoint tptp.c__UnskilledOccupation tptp.c__SkilledOccupation) (tptp.p__d__subclass tptp.c__OccupationalTrade tptp.c__SkilledOccupation) (tptp.p__d__subclass tptp.c__OccupationalTrade tptp.c__ManualLabor) (tptp.p__d__subclass tptp.c__Profession tptp.c__SkilledOccupation) (tptp.p__d__disjoint tptp.c__Profession tptp.c__OccupationalTrade) (tptp.p__d__instance tptp.c__GovernmentSecretary tptp.c__GovernmentPosition) (tptp.p__d__instance tptp.c__SecretaryOfTheInterior tptp.c__GovernmentPosition) (tptp.p__subAttribute tptp.c__SecretaryOfTheInterior tptp.c__GovernmentSecretary) (tptp.p__d__instance tptp.c__SecretaryOfTheTreasury tptp.c__GovernmentPosition) (tptp.p__subAttribute tptp.c__SecretaryOfTheTreasury tptp.c__GovernmentSecretary) (tptp.p__d__subclass tptp.c__StateGovernment tptp.c__Government) (tptp.p__d__subclass tptp.c__CityGovernment tptp.c__Government) (tptp.p__d__subclass tptp.c__MilitaryService tptp.c__MilitaryOrganization) (tptp.p__d__subclass tptp.c__CoastGuard tptp.c__GovernmentOrganization) (tptp.p__d__subclass tptp.c__Army tptp.c__MilitaryService) (tptp.p__d__subclass tptp.c__AirForce tptp.c__MilitaryService) (tptp.p__d__subclass tptp.c__MilitaryUnit tptp.c__MilitaryOrganization) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Battle) (exists ((U1 $$unsorted) (U2 $$unsorted)) (and (tptp.p__d__instance U1 tptp.c__MilitaryUnit) (tptp.p__d__instance U2 tptp.c__MilitaryUnit) (not (= U1 U2)) (tptp.p__agent B U1) (tptp.p__agent B U2))))) (tptp.p__d__subclass tptp.c__MilitaryReserveForce tptp.c__MilitaryOrganization) (tptp.p__d__subclass tptp.c__MilitarySquad tptp.c__MilitaryUnit) (tptp.p__d__subclass tptp.c__MilitaryCorps tptp.c__MilitaryUnit) (tptp.p__d__subclass tptp.c__CavalryUnit tptp.c__MilitaryUnit) (tptp.p__d__subclass tptp.c__MilitarySurplus tptp.c__MilitaryArtifact) (tptp.p__d__instance tptp.c__hostileForces tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__hostileForces tptp.c__IrreflexiveRelation) (forall ((U1 $$unsorted) (U2 $$unsorted)) (=> (and (tptp.p__d__instance U2 tptp.c__MilitaryUnit) (tptp.p__d__instance U1 tptp.c__MilitaryUnit) (tptp.p__hostileForces U1 U2)) (exists ((W $$unsorted) (A1 $$unsorted) (A2 $$unsorted)) (and (tptp.p__d__instance A1 tptp.c__GeopoliticalArea) (tptp.p__d__instance A2 tptp.c__GeopoliticalArea) (tptp.p__d__instance W tptp.c__War) (tptp.p__contestParticipant W A1) (tptp.p__contestParticipant W A2) (tptp.p__subOrganization U1 (tptp.f__GovernmentFn1 A1)) (tptp.p__subOrganization U2 (tptp.f__GovernmentFn1 A2)))))) (tptp.p__d__subclass tptp.c__Commission tptp.c__Organization) (tptp.p__d__subclass tptp.c__ServiceOrganization tptp.c__Organization) (forall ((ORG $$unsorted)) (=> (tptp.p__d__instance ORG tptp.c__ServiceOrganization) (exists ((PROC $$unsorted) (GOV $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__RegulatoryProcess) (tptp.p__patient PROC ORG) (tptp.p__agent PROC GOV) (tptp.p__d__instance GOV tptp.c__Government))))) (tptp.p__d__subclass tptp.c__Library tptp.c__EducationalOrganization) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__Library) (exists ((B $$unsorted) (T $$unsorted)) (and (tptp.p__possesses L B) (tptp.p__d__instance B tptp.c__Building) (tptp.p__d__instance T tptp.c__Text) (tptp.p__located T B))))) (tptp.p__d__subclass tptp.c__PublicLibrary tptp.c__Library) (tptp.p__d__subclass tptp.c__PublicLibrary tptp.c__GovernmentOrganization) (tptp.p__d__subclass tptp.c__Museum tptp.c__EducationalOrganization) (tptp.p__d__subclass tptp.c__OrganizationalBoard tptp.c__Organization) (forall ((BOARD $$unsorted)) (=> (tptp.p__d__instance BOARD tptp.c__OrganizationalBoard) (exists ((ORG $$unsorted) (MANAGE $$unsorted)) (and (tptp.p__d__instance ORG tptp.c__Organization) (tptp.p__subOrganization BOARD ORG) (tptp.p__d__instance MANAGE tptp.c__Managing) (tptp.p__agent MANAGE BOARD) (tptp.p__patient MANAGE ORG))))) (tptp.p__d__subclass tptp.c__SecurityUnit tptp.c__Organization) (tptp.p__d__subclass tptp.c__UnionOrganization tptp.c__Organization) (tptp.p__d__subclass tptp.c__OrganicCompound tptp.c__CompoundSubstance) (forall ((COMPOUND $$unsorted)) (=> (and (tptp.p__d__instance COMPOUND tptp.c__OrganicCompound) (tptp.p__d__instance COMPOUND tptp.c__Molecule)) (exists ((CARBON $$unsorted)) (and (tptp.p__d__instance CARBON tptp.c__Carbon) (tptp.p__part CARBON COMPOUND))))) (tptp.p__d__subclass tptp.c__Urea tptp.c__OrganicCompound) (tptp.p__d__subclass tptp.c__Steroid tptp.c__OrganicCompound) (tptp.p__d__subclass tptp.c__Steroid tptp.c__BiologicallyActiveSubstance) (tptp.p__d__subclass tptp.c__Hydrocarbon tptp.c__OrganicCompound) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Hydrocarbon) (exists ((P1 $$unsorted) (P2 $$unsorted)) (and (= S (tptp.f__MereologicalSumFn2 P1 P2)) (tptp.p__d__instance P1 tptp.c__Carbon) (tptp.p__d__instance P2 tptp.c__Hydrogen))))) (tptp.p__d__subclass tptp.c__Alcohol tptp.c__OrganicCompound) (tptp.p__d__subclass tptp.c__Alkaloid tptp.c__ChemicalBase) (tptp.p__d__subclass tptp.c__Alkaloid tptp.c__PlantSubstance) (tptp.p__d__subclass tptp.c__Alkaloid tptp.c__BiologicallyActiveSubstance) (forall ((A $$unsorted)) (=> (tptp.p__d__instance A tptp.c__Alkaloid) (exists ((N $$unsorted)) (and (tptp.p__d__instance N tptp.c__Nitrogen) (tptp.p__part N A))))) (tptp.p__d__instance tptp.c__Drugged tptp.c__ConsciousnessAttribute) (tptp.p__contraryAttribute2 tptp.c__Drugged tptp.c__Sober) (tptp.p__subAttribute tptp.c__Drunk tptp.c__Drugged) (tptp.p__d__subclass tptp.c__AminoAcid tptp.c__ChemicalAcid) (tptp.p__d__subclass tptp.c__AminoAcid tptp.c__OrganicCompound) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__Protein) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__AminoAcid) (tptp.p__part A P))))) (tptp.p__d__subclass tptp.c__Cholesterol tptp.c__Steroid) (tptp.p__d__subclass tptp.c__Cholesterol tptp.c__AnimalSubstance) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Cholesterol) (exists ((P $$unsorted) (L $$unsorted)) (and (tptp.p__d__instance P tptp.c__BiologicalProcess) (tptp.p__eventLocated P L) (tptp.p__d__instance L tptp.c__Liver) (tptp.p__result P S))))) (tptp.p__d__subclass tptp.c__ChemicalAcid tptp.c__CompoundSubstance) (tptp.p__d__disjoint tptp.c__ChemicalAcid tptp.c__ChemicalBase) (forall ((CA $$unsorted) (CB $$unsorted) (C $$unsorted)) (=> (and (tptp.p__d__instance CA tptp.c__ChemicalAcid) (tptp.p__d__instance CB tptp.c__ChemicalBase) (tptp.p__d__instance C tptp.c__ChemicalProcess) (tptp.p__patient C CA) (tptp.p__patient C CB)) (exists ((CS $$unsorted)) (and (tptp.p__d__instance CS tptp.c__ChemicalSalt) (tptp.p__result C CS))))) (tptp.p__d__subclass tptp.c__ChemicalBase tptp.c__CompoundSubstance) (tptp.p__d__subclass tptp.c__ChemicalSalt tptp.c__CompoundSubstance) (tptp.p__d__subclass tptp.c__SodiumChloride tptp.c__ChemicalSalt) (forall ((SALT $$unsorted)) (=> (tptp.p__d__instance SALT tptp.c__SodiumChloride) (exists ((SYNTHESIS $$unsorted) (SODIUM $$unsorted) (CHLORINE $$unsorted)) (and (tptp.p__d__instance SYNTHESIS tptp.c__ChemicalSynthesis) (tptp.p__resource SYNTHESIS SODIUM) (tptp.p__d__instance SODIUM tptp.c__Sodium) (tptp.p__resource SYNTHESIS CHLORINE) (tptp.p__d__instance CHLORINE tptp.c__Chlorine) (tptp.p__result SYNTHESIS SALT))))) (tptp.p__d__subclass tptp.c__Diamond tptp.c__Mineral) (tptp.p__d__subclass tptp.c__Diamond tptp.c__Carbon) (tptp.p__d__subclass tptp.c__SalineSolution tptp.c__Solution) (forall ((SOLUTION $$unsorted) (PART $$unsorted)) (=> (and (tptp.p__d__instance PART tptp.c__Object) (tptp.p__d__instance SOLUTION tptp.c__SalineSolution) (tptp.p__properPart PART SOLUTION)) (or (tptp.p__d__instance PART tptp.c__SodiumChloride) (tptp.p__d__instance PART tptp.c__Water)))) (forall ((WATER $$unsorted)) (=> (tptp.p__d__instance WATER tptp.c__Water) (exists ((SYNTHESIS $$unsorted) (HYDROGEN $$unsorted) (OXYGEN $$unsorted)) (and (tptp.p__d__instance SYNTHESIS tptp.c__ChemicalSynthesis) (tptp.p__resource SYNTHESIS HYDROGEN) (tptp.p__d__instance HYDROGEN tptp.c__Hydrogen) (tptp.p__resource SYNTHESIS OXYGEN) (tptp.p__d__instance OXYGEN tptp.c__Oxygen) (tptp.p__result SYNTHESIS WATER))))) (tptp.p__subrelation tptp.c__reactant tptp.c__resource) (tptp.p__subrelation tptp.c__reagent tptp.c__instrument) (tptp.p__d__subclass tptp.c__Oil tptp.c__Solution) (forall ((OIL $$unsorted)) (=> (tptp.p__d__instance OIL tptp.c__Oil) (forall ((MIX $$unsorted) (WATER $$unsorted)) (or (not (tptp.p__d__instance MIX tptp.c__Object)) (not (tptp.p__d__instance WATER tptp.c__Object)) (not (tptp.p__d__instance MIX tptp.c__Mixture)) (not (tptp.p__part WATER MIX)) (not (tptp.p__d__instance WATER tptp.c__Water)) (not (tptp.p__part OIL MIX)))))) (tptp.p__d__subclass tptp.c__Surfactant tptp.c__Substance) (tptp.p__d__subclass tptp.c__Detergent tptp.c__Surfactant) (tptp.p__d__subclass tptp.c__Detergent tptp.c__Mixture) (tptp.p__d__subclass tptp.c__Bathing tptp.c__Washing) (forall ((B $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Bathing) (tptp.p__patient B A)) (tptp.p__d__instance A tptp.c__Animal))) (tptp.p__d__subclass tptp.c__BathingDevice tptp.c__WashingDevice) (tptp.p__d__subclass tptp.c__WashBasin tptp.c__WashingDevice) (tptp.p__d__subclass tptp.c__Glue tptp.c__Mixture) (tptp.p__d__subclass tptp.c__Glue tptp.c__AttachingDevice) (tptp.p__d__subclass tptp.c__Glass tptp.c__Mixture) (tptp.p__d__subclass tptp.c__MetallicAlloy tptp.c__Mixture) (forall ((ALLOY $$unsorted)) (=> (tptp.p__d__instance ALLOY tptp.c__MetallicAlloy) (exists ((METAL1 $$unsorted) (METAL2 $$unsorted)) (and (tptp.p__d__instance METAL1 tptp.c__Metal) (tptp.p__d__instance METAL2 tptp.c__Metal) (not (= METAL1 METAL2)) (tptp.p__part METAL1 ALLOY) (tptp.p__part METAL2 ALLOY))))) (tptp.p__d__subclass tptp.c__Steel tptp.c__MetallicAlloy) (forall ((STEEL $$unsorted)) (=> (tptp.p__d__instance STEEL tptp.c__Steel) (exists ((IRON $$unsorted)) (and (tptp.p__d__instance IRON tptp.c__Iron) (tptp.p__part IRON STEEL))))) (tptp.p__d__subclass tptp.c__Brass tptp.c__MetallicAlloy) (forall ((BRASS $$unsorted)) (=> (tptp.p__d__instance BRASS tptp.c__Brass) (exists ((COPPER $$unsorted) (ZINC $$unsorted)) (and (tptp.p__d__instance COPPER tptp.c__Copper) (tptp.p__d__instance ZINC tptp.c__Zinc) (tptp.p__part COPPER BRASS) (tptp.p__part ZINC BRASS))))) (tptp.p__d__subclass tptp.c__Powder tptp.c__Substance) (forall ((POWDER $$unsorted)) (=> (tptp.p__d__instance POWDER tptp.c__Powder) (tptp.p__attribute POWDER tptp.c__Solid))) (tptp.p__d__subclass tptp.c__Fallout tptp.c__Powder) (forall ((POWDER $$unsorted)) (=> (tptp.p__d__instance POWDER tptp.c__Fallout) (tptp.p__capability tptp.c__RadiatingNuclear tptp.c__instrument POWDER))) (tptp.p__d__subclass tptp.c__Fog tptp.c__WaterCloud) (forall ((FOG $$unsorted)) (=> (tptp.p__d__instance FOG tptp.c__Fog) (exists ((LAND $$unsorted)) (and (tptp.p__d__instance LAND tptp.c__LandArea) (tptp.p__meetsSpatially FOG LAND))))) (tptp.p__d__subclass tptp.c__Ice tptp.c__Water) (forall ((ICE $$unsorted)) (=> (tptp.p__d__instance ICE tptp.c__Object) (= (tptp.p__d__instance ICE tptp.c__Ice) (and (tptp.p__d__instance ICE tptp.c__Water) (tptp.p__attribute ICE tptp.c__Solid))))) (forall ((ICE $$unsorted) (NUMBER $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (tptp.p__d__instance ICE tptp.c__Ice) (tptp.p__measure ICE (tptp.f__MeasureFn2 NUMBER tptp.c__CelsiusDegree))) (tptp.p__lessThanOrEqualTo NUMBER tptp.c__0))) (tptp.p__d__subclass tptp.c__Field tptp.c__LandArea) (forall ((FIELD $$unsorted)) (=> (tptp.p__d__instance FIELD tptp.c__Field) (forall ((TREE $$unsorted)) (or (not (tptp.p__d__instance TREE tptp.c__Physical)) (not (tptp.p__d__instance TREE tptp.c__BotanicalTree)) (not (tptp.p__located TREE FIELD)))))) (tptp.p__d__subclass tptp.c__Lawn tptp.c__Field) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__Lawn) (exists ((G $$unsorted)) (and (tptp.p__d__instance G tptp.c__Grass) (tptp.p__located G L))))) (tptp.p__d__subclass tptp.c__MilitaryFront tptp.c__GeographicArea) (tptp.p__d__partition3 tptp.c__Region tptp.c__GeographicArea tptp.c__SpaceRegion) (tptp.p__d__subclass tptp.c__AtmosphericRegion tptp.c__SpaceRegion) (tptp.p__d__subclass tptp.c__StreamWaterArea tptp.c__WaterArea) (tptp.p__d__subclass tptp.c__StreamWaterArea tptp.c__FlowRegion) (tptp.p__d__disjoint tptp.c__StreamWaterArea tptp.c__StaticWaterArea) (tptp.p__d__subclass tptp.c__StaticWaterArea tptp.c__WaterArea) (tptp.p__d__subclass tptp.c__FlowRegion tptp.c__Region) (forall ((FR $$unsorted) (FLUID $$unsorted)) (=> (and (tptp.p__d__instance FLUID tptp.c__Object) (tptp.p__d__instance FR tptp.c__FlowRegion) (tptp.p__located FLUID FR)) (tptp.p__attribute FLUID tptp.c__Fluid))) (tptp.p__d__subclass tptp.c__SpaceRegion tptp.c__Region) (tptp.p__d__disjoint tptp.c__SpaceRegion tptp.c__GeographicArea) (tptp.p__d__partition3 tptp.c__SpaceRegion tptp.c__AtmosphericRegion tptp.c__OuterSpaceRegion) (tptp.p__d__subclass tptp.c__OuterSpaceRegion tptp.c__SpaceRegion) (tptp.p__d__subclass tptp.c__StormFront tptp.c__AtmosphericRegion) (forall ((FRONT $$unsorted)) (=> (tptp.p__d__instance FRONT tptp.c__StormFront) (exists ((AIR1 $$unsorted) (AIR2 $$unsorted)) (and (tptp.p__d__instance AIR1 tptp.c__Air) (tptp.p__d__instance AIR2 tptp.c__Air) (tptp.p__between AIR1 FRONT AIR2))))) (tptp.p__d__instance tptp.c__Inside tptp.c__PositionalAttribute) (tptp.p__d__instance tptp.c__Outside tptp.c__PositionalAttribute) (tptp.p__contraryAttribute2 tptp.c__Inside tptp.c__Outside) (forall ((OBJ $$unsorted) (REGION $$unsorted)) (=> (and (tptp.p__d__instance REGION tptp.c__Object) (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__orientation OBJ REGION tptp.c__Outside)) (tptp.p__d__instance REGION tptp.c__Region))) (forall ((OBJ $$unsorted) (REGION $$unsorted)) (=> (and (tptp.p__d__instance REGION tptp.c__Object) (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__orientation OBJ REGION tptp.c__Inside)) (tptp.p__d__instance REGION tptp.c__Region))) (forall ((OBJ $$unsorted) (REGION $$unsorted)) (=> (and (tptp.p__d__instance REGION tptp.c__Object) (tptp.p__d__instance OBJ tptp.c__Object)) (= (tptp.p__orientation OBJ REGION tptp.c__Outside) (not (tptp.p__partlyLocated OBJ REGION))))) (forall ((OBJ $$unsorted) (REGION $$unsorted)) (=> (and (tptp.p__d__instance REGION tptp.c__Object) (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__part OBJ REGION)) (not (tptp.p__orientation OBJ REGION tptp.c__Outside)))) (tptp.p__d__subclass tptp.c__Outdoors tptp.c__Region) (forall ((OUTDOORS $$unsorted)) (=> (tptp.p__d__instance OUTDOORS tptp.c__Outdoors) (forall ((BUILDING $$unsorted)) (or (not (tptp.p__d__instance BUILDING tptp.c__Object)) (not (tptp.p__d__instance BUILDING tptp.c__Building)) (not (tptp.p__orientation OUTDOORS BUILDING tptp.c__Inside)))))) (tptp.p__d__subclass tptp.c__Indoors tptp.c__Region) (tptp.p__d__disjoint tptp.c__Indoors tptp.c__Outdoors) (forall ((INDOORS $$unsorted)) (=> (tptp.p__d__instance INDOORS tptp.c__Indoors) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__Building) (tptp.p__orientation INDOORS BUILDING tptp.c__Inside))))) (tptp.p__d__subclass tptp.c__BiologicalSpecies tptp.c__Class) (forall ((SPECIES $$unsorted)) (=> (tptp.p__d__instance SPECIES tptp.c__BiologicalSpecies) (tptp.p__d__subclass SPECIES tptp.c__Organism))) (tptp.p__d__subclass tptp.c__Wood tptp.c__Tissue) (tptp.p__d__subclass tptp.c__Wood tptp.c__PlantSubstance) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Wood) (exists ((CELL $$unsorted)) (and (tptp.p__d__instance CELL tptp.c__Cellulose) (tptp.p__part CELL X))))) (tptp.p__d__subclass tptp.c__WoodArtifact tptp.c__Artifact) (forall ((W $$unsorted)) (=> (and (tptp.p__d__instance W tptp.c__CorpuscularObject) (tptp.p__d__instance W tptp.c__WoodArtifact)) (tptp.p__material tptp.c__Wood W))) (tptp.p__d__subclass tptp.c__OakWood tptp.c__WoodArtifact) (tptp.p__d__subclass tptp.c__Rubber tptp.c__PlantSubstance) (tptp.p__d__subclass tptp.c__Rubber tptp.c__BodySubstance) (tptp.p__d__subclass tptp.c__Rubber tptp.c__Hydrocarbon) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Rubber) (exists ((T $$unsorted)) (and (tptp.p__d__instance T tptp.c__BotanicalTree) (tptp.p__part R T))))) (tptp.p__d__subclass tptp.c__Plastic tptp.c__Hydrocarbon) (tptp.p__d__subclass tptp.c__Polypropylene tptp.c__Plastic) (tptp.p__d__subclass tptp.c__Polystyrene tptp.c__Plastic) (tptp.p__d__subclass tptp.c__Cellulose tptp.c__PlantSubstance) (tptp.p__d__subclass tptp.c__Cellulose tptp.c__Carbohydrate) (tptp.p__d__subclass tptp.c__Starch tptp.c__Carbohydrate) (tptp.p__d__subclass tptp.c__Sugar tptp.c__Carbohydrate) (tptp.p__d__subclass tptp.c__Nectar tptp.c__PlantSubstance) (tptp.p__d__subclass tptp.c__Medicine tptp.c__BiologicallyActiveSubstance) (forall ((M $$unsorted)) (=> (tptp.p__d__instance M tptp.c__Medicine) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__TherapeuticProcess) (tptp.p__instrument P M))))) (tptp.p__d__subclass tptp.c__Stimulant tptp.c__BiologicallyActiveSubstance) (tptp.p__d__disjoint tptp.c__Stimulant tptp.c__Depressant) (tptp.p__d__subclass tptp.c__Depressant tptp.c__BiologicallyActiveSubstance) (tptp.p__d__subclass tptp.c__Opium tptp.c__BiologicallyActiveSubstance) (tptp.p__d__subclass tptp.c__Opium tptp.c__PlantSubstance) (tptp.p__d__subclass tptp.c__Opium tptp.c__Depressant) (forall ((O $$unsorted)) (=> (tptp.p__d__instance O tptp.c__Opium) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Alkaloid) (tptp.p__part A O))))) (tptp.p__d__subclass tptp.c__Grass tptp.c__FloweringPlant) (tptp.p__d__subclass tptp.c__Lilac tptp.c__FloweringPlant) (tptp.p__d__subclass tptp.c__Tobacco tptp.c__FloweringPlant) (tptp.p__d__subclass tptp.c__Lesion tptp.c__AbnormalAnatomicalStructure) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__Lesion) (exists ((I $$unsorted)) (and (tptp.p__d__instance I tptp.c__Injuring) (tptp.p__result I L))))) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__Lesion) (exists ((S $$unsorted) (O $$unsorted)) (and (tptp.p__d__instance S tptp.c__SelfConnectedObject) (tptp.p__surface S O) (tptp.p__d__instance O tptp.c__Organ) (tptp.p__located L S))))) (tptp.p__d__subclass tptp.c__Scar tptp.c__AbnormalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Tumor tptp.c__AbnormalAnatomicalStructure) (forall ((TUMOR $$unsorted) (PART $$unsorted)) (=> (and (tptp.p__d__subclass PART tptp.c__Substance) (tptp.p__d__instance TUMOR tptp.c__Tumor) (tptp.p__material PART TUMOR)) (tptp.p__d__subclass PART tptp.c__Tissue))) (tptp.p__d__subclass tptp.c__Tendon tptp.c__Tissue) (tptp.p__d__subclass tptp.c__Tendon tptp.c__AnimalSubstance) (forall ((T $$unsorted)) (=> (tptp.p__d__instance T tptp.c__Tendon) (exists ((M $$unsorted) (B $$unsorted)) (and (tptp.p__d__instance M tptp.c__Muscle) (tptp.p__d__instance B tptp.c__Bone) (tptp.p__connects T M B))))) (tptp.p__d__subclass tptp.c__Sweat tptp.c__AnimalSubstance) (forall ((SWEAT $$unsorted)) (=> (tptp.p__d__instance SWEAT tptp.c__Sweat) (exists ((PART $$unsorted)) (and (tptp.p__d__instance PART tptp.c__SodiumChloride) (tptp.p__part PART SWEAT))))) (tptp.p__d__subclass tptp.c__PlantLeaf tptp.c__PlantAnatomicalStructure) (tptp.p__d__subclass tptp.c__PlantLeaf tptp.c__Organ) (tptp.p__d__subclass tptp.c__PlantBranch tptp.c__PlantAnatomicalStructure) (tptp.p__d__subclass tptp.c__PlantBranch tptp.c__BodyPart) (tptp.p__d__subclass tptp.c__BotanicalTree tptp.c__FloweringPlant) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__BotanicalTree) (tptp.p__material tptp.c__Wood X))) (tptp.p__d__subclass tptp.c__TreeBranch tptp.c__PlantBranch) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__TreeBranch) (exists ((T $$unsorted)) (and (tptp.p__d__instance T tptp.c__BotanicalTree) (tptp.p__part B T))))) (tptp.p__d__subclass tptp.c__WillowTree tptp.c__BotanicalTree) (tptp.p__d__subclass tptp.c__PlantRoot tptp.c__PlantAnatomicalStructure) (tptp.p__d__subclass tptp.c__PlantRoot tptp.c__Organ) (tptp.p__d__subclass tptp.c__Flower tptp.c__PlantAnatomicalStructure) (tptp.p__d__subclass tptp.c__Flower tptp.c__Organ) (tptp.p__d__subclass tptp.c__Antibody tptp.c__Protein) (tptp.p__d__subclass tptp.c__Antibiotic tptp.c__BiologicallyActiveSubstance) (tptp.p__d__subclass tptp.c__Antigen tptp.c__BiologicallyActiveSubstance) (tptp.p__d__subclass tptp.c__AntigenA tptp.c__Antigen) (tptp.p__d__subclass tptp.c__AntigenB tptp.c__Antigen) (tptp.p__d__subclass tptp.c__BloodCell tptp.c__Cell) (tptp.p__d__subclass tptp.c__BloodCell tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__RedBloodCell tptp.c__BloodCell) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__RedBloodCell) (forall ((N $$unsorted)) (or (not (tptp.p__d__instance N tptp.c__Object)) (not (tptp.p__d__instance N tptp.c__CellNucleus)) (not (tptp.p__part N C)))))) (tptp.p__d__subclass tptp.c__WhiteBloodCell tptp.c__BloodCell) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__WhiteBloodCell) (exists ((N $$unsorted)) (and (tptp.p__d__instance N tptp.c__CellNucleus) (tptp.p__part N C))))) (tptp.p__d__subclass tptp.c__BloodTypeA tptp.c__Blood) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__BloodTypeA) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__AntigenA) (tptp.p__part A B))))) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__BloodTypeA) (forall ((A $$unsorted)) (or (not (tptp.p__d__instance A tptp.c__Object)) (not (tptp.p__d__instance A tptp.c__AntigenB)) (not (tptp.p__part A B)))))) (tptp.p__d__subclass tptp.c__BloodTypeAB tptp.c__Blood) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__BloodTypeAB) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__AntigenA) (tptp.p__part A B))))) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__BloodTypeAB) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__AntigenB) (tptp.p__part A B))))) (tptp.p__d__subclass tptp.c__BloodTypeB tptp.c__Blood) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__BloodTypeB) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__AntigenB) (tptp.p__part A B))))) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__BloodTypeB) (forall ((A $$unsorted)) (or (not (tptp.p__d__instance A tptp.c__Object)) (not (tptp.p__d__instance A tptp.c__AntigenA)) (not (tptp.p__part A B)))))) (tptp.p__d__subclass tptp.c__BloodTypeO tptp.c__Blood) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__BloodTypeO) (forall ((A $$unsorted)) (or (not (tptp.p__d__instance A tptp.c__Object)) (not (tptp.p__d__instance A tptp.c__AntigenA)) (not (tptp.p__part A B)))))) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__BloodTypeO) (forall ((A $$unsorted)) (or (not (tptp.p__d__instance A tptp.c__Object)) (not (tptp.p__d__instance A tptp.c__AntigenB)) (not (tptp.p__part A B)))))) (tptp.p__d__subclass tptp.c__NerveCell tptp.c__Cell) (tptp.p__d__subclass tptp.c__NerveCell tptp.c__AnimalAnatomicalStructure) (forall ((N $$unsorted)) (=> (tptp.p__d__instance N tptp.c__NerveCell) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__NervousSystem) (tptp.p__part N S))))) (tptp.p__d__subclass tptp.c__LiquidBodySubstance tptp.c__BodySubstance) (forall ((SUBSTANCE $$unsorted)) (=> (tptp.p__d__instance SUBSTANCE tptp.c__LiquidBodySubstance) (tptp.p__attribute SUBSTANCE tptp.c__Liquid))) (tptp.p__d__subclass tptp.c__Serum tptp.c__LiquidBodySubstance) (tptp.p__d__disjoint tptp.c__Serum tptp.c__Blood) (tptp.p__d__subclass tptp.c__TearSubstance tptp.c__LiquidBodySubstance) (tptp.p__d__subclass tptp.c__TearSubstance tptp.c__SalineSolution) (forall ((T $$unsorted)) (=> (tptp.p__d__instance T tptp.c__TearSubstance) (exists ((P $$unsorted) (E $$unsorted)) (and (tptp.p__d__instance P tptp.c__Process) (tptp.p__d__instance E tptp.c__Eye) (tptp.p__instrument P E) (tptp.p__result P T))))) (tptp.p__d__subclass tptp.c__Milk tptp.c__LiquidBodySubstance) (tptp.p__d__subclass tptp.c__Milk tptp.c__Beverage) (forall ((MILK $$unsorted)) (=> (tptp.p__d__instance MILK tptp.c__Milk) (exists ((PROCESS $$unsorted) (MAMMAL $$unsorted)) (and (tptp.p__d__instance PROCESS tptp.c__Process) (tptp.p__d__instance MAMMAL tptp.c__Mammal) (tptp.p__attribute MAMMAL tptp.c__Female) (tptp.p__instrument PROCESS MAMMAL) (tptp.p__result PROCESS MILK))))) (tptp.p__d__subclass tptp.c__CellPart tptp.c__BodyPart) (forall ((OBJ1 $$unsorted)) (=> (tptp.p__d__instance OBJ1 tptp.c__CellPart) (exists ((CELL $$unsorted)) (and (tptp.p__d__instance CELL tptp.c__Cell) (tptp.p__properPart OBJ1 CELL))))) (tptp.p__d__subclass tptp.c__CellNucleus tptp.c__CellPart) (forall ((NUCLEUS $$unsorted)) (=> (tptp.p__d__instance NUCLEUS tptp.c__CellNucleus) (exists ((CELL $$unsorted)) (and (tptp.p__d__instance CELL tptp.c__Cell) (tptp.p__part NUCLEUS CELL))))) (tptp.p__d__subclass tptp.c__Tea tptp.c__Beverage) (tptp.p__d__subclass tptp.c__Tea tptp.c__PreparedFood) (tptp.p__d__subclass tptp.c__AlcoholicBeverage tptp.c__Beverage) (tptp.p__d__subclass tptp.c__AlcoholicBeverage tptp.c__Depressant) (forall ((BEVERAGE $$unsorted)) (=> (tptp.p__d__instance BEVERAGE tptp.c__AlcoholicBeverage) (exists ((ALCOHOL $$unsorted)) (and (tptp.p__d__instance ALCOHOL tptp.c__Alcohol) (tptp.p__part ALCOHOL BEVERAGE))))) (tptp.p__d__subclass tptp.c__Wine tptp.c__AlcoholicBeverage) (tptp.p__d__subclass tptp.c__DistilledAlcoholicBeverage tptp.c__AlcoholicBeverage) (forall ((BEVERAGE $$unsorted)) (=> (tptp.p__d__instance BEVERAGE tptp.c__DistilledAlcoholicBeverage) (exists ((REMOVE $$unsorted) (WATER $$unsorted)) (and (tptp.p__d__instance REMOVE tptp.c__Removing) (tptp.p__patient REMOVE WATER) (tptp.p__d__instance WATER tptp.c__Water) (tptp.p__origin REMOVE BEVERAGE))))) (tptp.p__d__subclass tptp.c__Beer tptp.c__AlcoholicBeverage) (tptp.p__d__subclass tptp.c__SpinalColumn tptp.c__Organ) (tptp.p__d__subclass tptp.c__SpinalColumn tptp.c__AnimalAnatomicalStructure) (forall ((VERT $$unsorted)) (=> (tptp.p__d__instance VERT tptp.c__CorpuscularObject) (= (tptp.p__d__instance VERT tptp.c__Vertebrate) (exists ((SPINE $$unsorted)) (and (tptp.p__d__instance VERT tptp.c__Animal) (tptp.p__component SPINE VERT) (tptp.p__d__instance SPINE tptp.c__SpinalColumn)))))) (tptp.p__d__subclass tptp.c__SpinalCord tptp.c__Organ) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__SpinalCord) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__NervousSystem) (tptp.p__part C S))))) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__SpinalCord) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__SpinalColumn) (tptp.p__contains S C))))) (tptp.p__d__subclass tptp.c__Tail tptp.c__AnimalAnatomicalStructure) (forall ((T $$unsorted)) (=> (tptp.p__d__instance T tptp.c__Tail) (exists ((V $$unsorted)) (and (tptp.p__d__instance V tptp.c__Vertebrate) (tptp.p__part T V) (not (tptp.p__d__instance V tptp.c__Human)))))) (tptp.p__d__subclass tptp.c__Wing tptp.c__Limb) (tptp.p__d__subclass tptp.c__Skin tptp.c__BodyCovering) (tptp.p__d__subclass tptp.c__Skin tptp.c__AnimalAnatomicalStructure) (forall ((SKIN $$unsorted)) (=> (tptp.p__d__instance SKIN tptp.c__Skin) (exists ((SURFACE $$unsorted) (ANIMAL $$unsorted)) (and (tptp.p__d__instance SURFACE tptp.c__SelfConnectedObject) (tptp.p__surface SURFACE ANIMAL) (tptp.p__part SKIN ANIMAL) (tptp.p__d__instance ANIMAL tptp.c__Animal) (tptp.p__overlapsSpatially SKIN SURFACE))))) (tptp.p__d__subclass tptp.c__Retina tptp.c__Organ) (tptp.p__d__subclass tptp.c__Retina tptp.c__AnimalAnatomicalStructure) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Retina) (exists ((E $$unsorted)) (and (tptp.p__d__instance E tptp.c__Eye) (tptp.p__part R E))))) (tptp.p__d__subclass tptp.c__BronchialDuct tptp.c__BodyVessel) (tptp.p__d__subclass tptp.c__BronchialDuct tptp.c__AnimalAnatomicalStructure) (forall ((DUCT $$unsorted)) (=> (tptp.p__d__instance DUCT tptp.c__BronchialDuct) (exists ((LUNG $$unsorted)) (and (tptp.p__d__instance LUNG tptp.c__Lung) (tptp.p__located DUCT LUNG))))) (tptp.p__d__subclass tptp.c__BloodVessel tptp.c__BodyVessel) (tptp.p__d__subclass tptp.c__BloodVessel tptp.c__AnimalAnatomicalStructure) (forall ((VESSEL $$unsorted)) (=> (tptp.p__d__instance VESSEL tptp.c__BloodVessel) (exists ((BLOOD $$unsorted) (TRANSFER $$unsorted)) (and (tptp.p__d__instance BLOOD tptp.c__Blood) (tptp.p__d__instance TRANSFER tptp.c__Transfer) (tptp.p__patient TRANSFER BLOOD) (tptp.p__instrument TRANSFER VESSEL))))) (tptp.p__d__subclass tptp.c__Alveolus tptp.c__BodyVessel) (tptp.p__d__subclass tptp.c__Alveolus tptp.c__AnimalAnatomicalStructure) (forall ((A $$unsorted)) (=> (tptp.p__d__instance A tptp.c__Alveolus) (exists ((L $$unsorted)) (and (tptp.p__d__instance L tptp.c__Lung) (tptp.p__located A L))))) (tptp.p__d__subclass tptp.c__Artery tptp.c__BloodVessel) (forall ((ARTERY $$unsorted) (BLOOD $$unsorted) (TRANSFER $$unsorted)) (=> (and (tptp.p__d__instance ARTERY tptp.c__Artery) (tptp.p__d__instance TRANSFER tptp.c__Transfer) (tptp.p__patient TRANSFER BLOOD) (tptp.p__instrument TRANSFER ARTERY) (tptp.p__d__instance BLOOD tptp.c__Blood)) (exists ((HEART $$unsorted)) (and (tptp.p__d__instance HEART tptp.c__Heart) (tptp.p__origin TRANSFER HEART))))) (tptp.p__d__subclass tptp.c__Vein tptp.c__BloodVessel) (forall ((V $$unsorted) (B $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance V tptp.c__Vein) (tptp.p__d__instance T tptp.c__Transfer) (tptp.p__patient T B) (tptp.p__instrument T V) (tptp.p__d__instance B tptp.c__Blood)) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Heart) (tptp.p__destination T H))))) (tptp.p__d__subclass tptp.c__PulmonaryArtery tptp.c__Artery) (forall ((ARTERY $$unsorted) (BLOOD $$unsorted) (TRANSFER $$unsorted)) (=> (and (tptp.p__d__instance ARTERY tptp.c__PulmonaryArtery) (tptp.p__d__instance TRANSFER tptp.c__Transfer) (tptp.p__patient TRANSFER BLOOD) (tptp.p__instrument TRANSFER ARTERY) (tptp.p__d__instance BLOOD tptp.c__Blood)) (exists ((LUNG $$unsorted)) (and (tptp.p__d__instance LUNG tptp.c__Lung) (tptp.p__destination TRANSFER LUNG))))) (tptp.p__d__subclass tptp.c__PulmonaryVein tptp.c__Vein) (forall ((B $$unsorted) (V $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance V tptp.c__PulmonaryVein) (tptp.p__d__instance T tptp.c__Transfer) (tptp.p__patient T B) (tptp.p__instrument T V) (tptp.p__d__instance B tptp.c__Blood)) (exists ((L $$unsorted) (H $$unsorted) (P $$unsorted)) (and (tptp.p__d__instance P tptp.c__Object) (tptp.p__d__instance L tptp.c__Lung) (tptp.p__origin T L) (tptp.p__part V P) (tptp.p__part L P) (tptp.p__part H P) (tptp.p__d__instance H tptp.c__Heart) (tptp.p__destination T H))))) (tptp.p__d__subclass tptp.c__Capillary tptp.c__BloodVessel) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Capillary) (exists ((A $$unsorted) (V $$unsorted)) (and (tptp.p__d__instance A tptp.c__Artery) (tptp.p__d__instance V tptp.c__Vein) (tptp.p__connects C A V))))) (tptp.p__d__subclass tptp.c__Lung tptp.c__Organ) (tptp.p__d__subclass tptp.c__Lung tptp.c__AnimalAnatomicalStructure) (forall ((ANIMAL $$unsorted)) (=> (and (tptp.p__d__instance ANIMAL tptp.c__Object) (tptp.p__capability tptp.c__Breathing tptp.c__experiencer ANIMAL)) (exists ((LUNG $$unsorted)) (and (tptp.p__properPart LUNG ANIMAL) (tptp.p__d__instance LUNG tptp.c__Lung))))) (tptp.p__d__subclass tptp.c__Kidney tptp.c__Organ) (tptp.p__d__subclass tptp.c__Kidney tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Spleen tptp.c__Organ) (tptp.p__d__subclass tptp.c__Spleen tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Inhaling tptp.c__Breathing) (forall ((I $$unsorted)) (=> (tptp.p__d__instance I tptp.c__Inhaling) (exists ((L $$unsorted)) (and (tptp.p__d__instance L tptp.c__Lung) (tptp.p__destination I L))))) (tptp.p__d__subclass tptp.c__Exhaling tptp.c__Breathing) (forall ((E $$unsorted)) (=> (tptp.p__d__instance E tptp.c__Exhaling) (exists ((L $$unsorted)) (and (tptp.p__d__instance L tptp.c__Lung) (tptp.p__origin E L))))) (tptp.p__d__subclass tptp.c__Nostril tptp.c__BodyVessel) (tptp.p__d__subclass tptp.c__Nostril tptp.c__AnimalAnatomicalStructure) (forall ((NOSE $$unsorted)) (=> (tptp.p__d__instance NOSE tptp.c__Nose) (exists ((N1 $$unsorted) (N2 $$unsorted)) (and (tptp.p__d__instance N1 tptp.c__Nostril) (tptp.p__d__instance N2 tptp.c__Nostril) (not (= N1 N2)) (tptp.p__connected N1 NOSE) (tptp.p__connected N2 NOSE))))) (forall ((NOS $$unsorted)) (=> (tptp.p__d__instance NOS tptp.c__Nostril) (exists ((N $$unsorted) (T $$unsorted)) (and (tptp.p__d__instance N tptp.c__Nose) (tptp.p__d__instance T tptp.c__Throat) (tptp.p__connects NOS N T))))) (tptp.p__d__subclass tptp.c__Heart tptp.c__Organ) (tptp.p__d__subclass tptp.c__Heart tptp.c__AnimalAnatomicalStructure) (forall ((HEART $$unsorted)) (=> (tptp.p__d__instance HEART tptp.c__Heart) (exists ((TRANSFER $$unsorted) (BLOOD $$unsorted)) (and (tptp.p__d__instance TRANSFER tptp.c__Transfer) (tptp.p__d__instance BLOOD tptp.c__Blood) (tptp.p__instrument TRANSFER HEART) (tptp.p__patient TRANSFER BLOOD))))) (tptp.p__d__subclass tptp.c__Liver tptp.c__Organ) (tptp.p__d__subclass tptp.c__Liver tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Mouth tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Mouth tptp.c__BodyPart) (forall ((MOUTH $$unsorted)) (=> (tptp.p__d__instance MOUTH tptp.c__Mouth) (exists ((FACE $$unsorted)) (and (tptp.p__d__instance FACE tptp.c__Face) (tptp.p__part MOUTH FACE))))) (tptp.p__d__subclass tptp.c__Tongue tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Tongue tptp.c__BodyPart) (forall ((TONGUE $$unsorted)) (=> (tptp.p__d__instance TONGUE tptp.c__Tongue) (exists ((MOUTH $$unsorted)) (and (tptp.p__d__instance MOUTH tptp.c__Mouth) (tptp.p__part TONGUE MOUTH))))) (tptp.p__d__subclass tptp.c__NervousSystem tptp.c__Organ) (tptp.p__d__subclass tptp.c__NervousSystem tptp.c__AnimalAnatomicalStructure) (forall ((S $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance S tptp.c__NervousSystem) (tptp.p__part S A) (tptp.p__d__instance A tptp.c__Animal)) (tptp.p__d__instance A tptp.c__Vertebrate))) (tptp.p__d__subclass tptp.c__Hoof tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Hoof tptp.c__BodyPart) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__Hoof) (exists ((F $$unsorted) (A $$unsorted)) (and (tptp.p__d__instance F tptp.c__Foot) (tptp.p__d__instance A tptp.c__HoofedMammal) (tptp.p__part H F) (tptp.p__part F A))))) (tptp.p__d__subclass tptp.c__Tooth tptp.c__Bone) (forall ((TOOTH $$unsorted)) (=> (tptp.p__d__instance TOOTH tptp.c__Tooth) (exists ((MOUTH $$unsorted)) (and (tptp.p__d__instance MOUTH tptp.c__Mouth) (tptp.p__part TOOTH MOUTH))))) (tptp.p__d__subclass tptp.c__Skull tptp.c__Bone) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Skull) (exists ((V $$unsorted) (H $$unsorted)) (and (tptp.p__d__instance V tptp.c__Vertebrate) (tptp.p__d__instance H tptp.c__Head) (tptp.p__part H V) (tptp.p__part S H))))) (tptp.p__d__subclass tptp.c__Horn tptp.c__Bone) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__Horn) (exists ((M $$unsorted)) (and (tptp.p__d__instance M tptp.c__HoofedMammal) (tptp.p__part H M))))) (tptp.p__d__subclass tptp.c__Ivory tptp.c__Bone) (tptp.p__d__subclass tptp.c__AnimalShell tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__AnimalShell tptp.c__BodyPart) (forall ((S $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Animal) (tptp.p__d__instance S tptp.c__AnimalShell) (tptp.p__part S A)) (or (tptp.p__d__instance A tptp.c__Invertebrate) (tptp.p__d__instance A tptp.c__Reptile)))) (tptp.p__d__subclass tptp.c__Ossification tptp.c__OrganOrTissueProcess) (forall ((O $$unsorted)) (=> (tptp.p__d__instance O tptp.c__Ossification) (exists ((B $$unsorted)) (and (tptp.p__d__instance B tptp.c__Bone) (tptp.p__result O B))))) (tptp.p__d__subclass tptp.c__Chewing tptp.c__BodyMotion) (forall ((CHEW $$unsorted) (TOOTH $$unsorted)) (=> (and (tptp.p__d__instance TOOTH tptp.c__Physical) (tptp.p__d__instance CHEW tptp.c__Chewing) (tptp.p__instrument CHEW TOOTH)) (tptp.p__d__instance TOOTH tptp.c__Tooth))) (forall ((CHEW $$unsorted)) (=> (tptp.p__d__instance CHEW tptp.c__Chewing) (exists ((EAT $$unsorted)) (and (tptp.p__d__instance EAT tptp.c__Eating) (tptp.p__subProcess CHEW EAT))))) (tptp.p__d__subclass tptp.c__Feeding tptp.c__Giving) (forall ((F $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance F tptp.c__Feeding) (tptp.p__destination F A)) (tptp.p__d__instance A tptp.c__Animal))) (tptp.p__d__subclass tptp.c__Lip tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Lip tptp.c__BodyPart) (forall ((LIP $$unsorted)) (=> (tptp.p__d__instance LIP tptp.c__Lip) (exists ((MOUTH $$unsorted)) (and (tptp.p__d__instance MOUTH tptp.c__Mouth) (tptp.p__part LIP MOUTH))))) (tptp.p__d__subclass tptp.c__Kissing tptp.c__Touching) (tptp.p__d__subclass tptp.c__Licking tptp.c__Touching) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__Licking) (exists ((T $$unsorted)) (and (tptp.p__d__instance T tptp.c__Tongue) (tptp.p__instrument L T))))) (tptp.p__d__subclass tptp.c__Embracing tptp.c__Touching) (forall ((E $$unsorted)) (=> (tptp.p__d__instance E tptp.c__Embracing) (exists ((P1 $$unsorted) (P2 $$unsorted)) (and (tptp.p__d__instance P1 tptp.c__Human) (tptp.p__d__instance P2 tptp.c__Human) (not (= P1 P2)) (tptp.p__agent E P1) (tptp.p__agent E P2))))) (tptp.p__d__subclass tptp.c__Skeleton tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Skeleton tptp.c__BodyPart) (forall ((SKELETON $$unsorted) (ANIMAL $$unsorted)) (=> (and (tptp.p__d__instance ANIMAL tptp.c__Animal) (tptp.p__d__instance SKELETON tptp.c__Skeleton) (tptp.p__part SKELETON ANIMAL)) (tptp.p__d__instance ANIMAL tptp.c__Vertebrate))) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Skeleton) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Animal) (tptp.p__interiorPart S A))))) (tptp.p__d__subclass tptp.c__Exoskeleton tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Exoskeleton tptp.c__BodyPart) (forall ((SKELETON $$unsorted) (ANIMAL $$unsorted)) (=> (and (tptp.p__d__instance ANIMAL tptp.c__Animal) (tptp.p__d__instance SKELETON tptp.c__Exoskeleton) (tptp.p__part SKELETON ANIMAL)) (tptp.p__d__instance ANIMAL tptp.c__Invertebrate))) (forall ((BONE $$unsorted)) (=> (tptp.p__d__instance BONE tptp.c__Object) (= (tptp.p__d__instance BONE tptp.c__Bone) (exists ((SKELETON $$unsorted)) (and (tptp.p__d__instance SKELETON tptp.c__Object) (or (tptp.p__d__instance SKELETON tptp.c__Skeleton) (tptp.p__d__instance SKELETON tptp.c__Exoskeleton)) (tptp.p__properPart BONE SKELETON)))))) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Exoskeleton) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Animal) (tptp.p__part X A) (forall ((PART $$unsorted)) (or (not (tptp.p__d__instance PART tptp.c__Object)) (not (tptp.p__properPart PART A)) (not (tptp.p__orientation PART X tptp.c__Outside)))))))) (tptp.p__d__subclass tptp.c__BodyJoint tptp.c__BodyJunction) (forall ((J $$unsorted)) (=> (tptp.p__d__instance J tptp.c__BodyJoint) (exists ((S $$unsorted) (P1 $$unsorted) (P2 $$unsorted)) (and (tptp.p__d__instance P1 tptp.c__CorpuscularObject) (tptp.p__d__instance P2 tptp.c__CorpuscularObject) (tptp.p__d__instance S tptp.c__Skeleton) (tptp.p__component P1 S) (tptp.p__component P2 S) (tptp.p__component J S) (tptp.p__connects J P1 P2))))) (tptp.p__d__subclass tptp.c__Airway tptp.c__Transitway) (tptp.p__d__subclass tptp.c__Throat tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Throat tptp.c__BodyVessel) (tptp.p__d__subclass tptp.c__Throat tptp.c__Airway) (forall ((THROAT $$unsorted)) (=> (tptp.p__d__instance THROAT tptp.c__Throat) (exists ((MOUTH $$unsorted)) (and (tptp.p__d__instance MOUTH tptp.c__Mouth) (tptp.p__connected THROAT MOUTH))))) (tptp.p__d__subclass tptp.c__Hair tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__FacialHair tptp.c__Hair) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__FacialHair) (exists ((F $$unsorted)) (and (tptp.p__d__instance F tptp.c__Face) (tptp.p__part H F))))) (tptp.p__d__subclass tptp.c__HairRemoval tptp.c__Removing) (forall ((REMOVE $$unsorted) (HAIR $$unsorted)) (=> (and (tptp.p__d__instance HAIR tptp.c__Object) (tptp.p__d__instance REMOVE tptp.c__HairRemoval) (tptp.p__resource REMOVE HAIR)) (tptp.p__d__instance HAIR tptp.c__Hair))) (tptp.p__d__subclass tptp.c__Peeling tptp.c__Removing) (forall ((P $$unsorted) (O $$unsorted)) (=> (and (tptp.p__d__instance O tptp.c__Object) (tptp.p__d__instance P tptp.c__Peeling) (tptp.p__patient P O)) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__Skin) (tptp.p__part O S))))) (tptp.p__d__subclass tptp.c__Brain tptp.c__Organ) (tptp.p__d__subclass tptp.c__Brain tptp.c__AnimalAnatomicalStructure) (tptp.p__d__instance tptp.c__intelligenceQuotient tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__intelligenceQuotient tptp.c__SingleValuedRelation) (tptp.p__d__subclass tptp.c__Stomach tptp.c__Organ) (tptp.p__d__subclass tptp.c__Stomach tptp.c__AnimalAnatomicalStructure) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Stomach) (tptp.p__capability tptp.c__Digesting tptp.c__instrument S))) (tptp.p__d__subclass tptp.c__Intestine tptp.c__BodyVessel) (tptp.p__d__subclass tptp.c__Intestine tptp.c__AnimalAnatomicalStructure) (forall ((I $$unsorted)) (=> (tptp.p__d__instance I tptp.c__Intestine) (tptp.p__capability tptp.c__Digesting tptp.c__instrument I))) (forall ((I $$unsorted)) (=> (tptp.p__d__instance I tptp.c__Intestine) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__Stomach) (tptp.p__connected I S))))) (tptp.p__d__subclass tptp.c__Hypothalamus tptp.c__BodyPart) (tptp.p__d__subclass tptp.c__Hypothalamus tptp.c__AnimalAnatomicalStructure) (forall ((HYPO $$unsorted)) (=> (tptp.p__d__instance HYPO tptp.c__Hypothalamus) (exists ((BRAIN $$unsorted)) (and (tptp.p__d__instance BRAIN tptp.c__Brain) (tptp.p__part HYPO BRAIN))))) (tptp.p__d__subclass tptp.c__Eye tptp.c__Organ) (tptp.p__d__subclass tptp.c__Eye tptp.c__AnimalAnatomicalStructure) (forall ((EYE $$unsorted)) (=> (tptp.p__d__instance EYE tptp.c__Eye) (tptp.p__capability tptp.c__Seeing tptp.c__instrument EYE))) (forall ((EYE $$unsorted)) (=> (tptp.p__d__instance EYE tptp.c__Eye) (exists ((HEAD $$unsorted)) (and (tptp.p__d__instance HEAD tptp.c__Head) (tptp.p__part EYE HEAD))))) (tptp.p__d__subclass tptp.c__Ear tptp.c__Organ) (tptp.p__d__subclass tptp.c__Ear tptp.c__AnimalAnatomicalStructure) (forall ((EAR $$unsorted)) (=> (tptp.p__d__instance EAR tptp.c__Ear) (tptp.p__capability tptp.c__Hearing tptp.c__instrument EAR))) (forall ((EAR $$unsorted)) (=> (tptp.p__d__instance EAR tptp.c__Ear) (exists ((HEAD $$unsorted)) (and (tptp.p__d__instance HEAD tptp.c__Head) (tptp.p__part EAR HEAD))))) (tptp.p__d__subclass tptp.c__Eyelid tptp.c__Skin) (forall ((E $$unsorted)) (=> (tptp.p__d__instance E tptp.c__Eyelid) (tptp.p__capability tptp.c__Covering tptp.c__instrument E))) (tptp.p__d__subclass tptp.c__Nose tptp.c__Organ) (tptp.p__d__subclass tptp.c__Nose tptp.c__AnimalAnatomicalStructure) (forall ((NOSE $$unsorted)) (=> (tptp.p__d__instance NOSE tptp.c__Nose) (tptp.p__capability tptp.c__Smelling tptp.c__instrument NOSE))) (forall ((NOSE $$unsorted)) (=> (tptp.p__d__instance NOSE tptp.c__Nose) (exists ((FACE $$unsorted)) (and (tptp.p__d__instance FACE tptp.c__Face) (tptp.p__part NOSE FACE))))) (tptp.p__d__instance tptp.c__secretesSubstance tptp.c__BinaryPredicate) (forall ((O $$unsorted) (S $$unsorted) (I1 $$unsorted)) (=> (and (tptp.p__d__subclass S tptp.c__NaturalSubstance) (tptp.p__d__subclass O tptp.c__OrganicObject) (tptp.p__d__instance I1 tptp.c__Object) (tptp.p__secretesSubstance O S) (tptp.p__d__instance I1 O)) (exists ((P $$unsorted) (I2 $$unsorted)) (and (tptp.p__d__instance P tptp.c__BiologicalProcess) (tptp.p__eventLocated P I1) (tptp.p__result P I2) (tptp.p__d__instance I2 S))))) (tptp.p__d__subclass tptp.c__ThyroidGland tptp.c__Gland) (tptp.p__d__subclass tptp.c__ThyroidHormone tptp.c__Hormone) (tptp.p__d__subclass tptp.c__PituitaryGland tptp.c__Gland) (tptp.p__d__subclass tptp.c__HormoneTSH tptp.c__Hormone) (forall ((HORMONE $$unsorted)) (=> (tptp.p__d__instance HORMONE tptp.c__HormoneTSH) (exists ((PROC $$unsorted) (GLAND $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__Process) (tptp.p__d__instance GLAND tptp.c__ThyroidGland) (tptp.p__instrument PROC GLAND) (tptp.p__result PROC HORMONE))))) (tptp.p__d__subclass tptp.c__Pancreas tptp.c__Gland) (tptp.p__d__subclass tptp.c__Insulin tptp.c__Hormone) (tptp.p__d__subclass tptp.c__Arm tptp.c__Limb) (forall ((ARM $$unsorted)) (=> (tptp.p__d__instance ARM tptp.c__Arm) (exists ((PRIMATE $$unsorted)) (and (tptp.p__d__instance PRIMATE tptp.c__Primate) (tptp.p__part ARM PRIMATE))))) (tptp.p__d__subclass tptp.c__Hand tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Hand tptp.c__BodyPart) (forall ((HAND $$unsorted)) (=> (tptp.p__d__instance HAND tptp.c__Hand) (exists ((ARM $$unsorted)) (and (tptp.p__d__instance ARM tptp.c__Arm) (tptp.p__part HAND ARM))))) (tptp.p__d__subclass tptp.c__DigitAppendage tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__DigitAppendage tptp.c__BodyPart) (forall ((DIGIT $$unsorted)) (=> (tptp.p__d__instance DIGIT tptp.c__DigitAppendage) (exists ((LIMB $$unsorted)) (and (tptp.p__d__instance LIMB tptp.c__Limb) (tptp.p__part DIGIT LIMB))))) (tptp.p__d__subclass tptp.c__Toad tptp.c__Amphibian) (forall ((A $$unsorted)) (=> (tptp.p__d__instance A tptp.c__Toad) (forall ((T $$unsorted)) (or (not (tptp.p__d__instance T tptp.c__Object)) (not (tptp.p__d__instance T tptp.c__Tail)) (not (tptp.p__part T A)))))) (tptp.p__initialPart tptp.c__DigitAppendage tptp.c__Limb) (tptp.p__d__subclass tptp.c__Finger tptp.c__DigitAppendage) (forall ((FINGER $$unsorted)) (=> (tptp.p__d__instance FINGER tptp.c__Finger) (exists ((HAND $$unsorted)) (and (tptp.p__d__instance HAND tptp.c__Hand) (tptp.p__part FINGER HAND))))) (tptp.p__d__subclass tptp.c__Thumb tptp.c__Finger) (tptp.p__d__subclass tptp.c__NailDigit tptp.c__AnimalAnatomicalStructure) (forall ((N $$unsorted)) (=> (tptp.p__d__instance N tptp.c__NailDigit) (exists ((D $$unsorted)) (and (tptp.p__d__instance D tptp.c__DigitAppendage) (tptp.p__part N D))))) (tptp.p__d__subclass tptp.c__Fingerprint tptp.c__ShapeAttribute) (tptp.p__d__subclass tptp.c__Fingerprint tptp.c__BiologicalAttribute) (forall ((P $$unsorted) (O $$unsorted)) (=> (and (tptp.p__d__instance O tptp.c__Object) (tptp.p__attribute O P) (tptp.p__d__instance P tptp.c__Fingerprint) (not (tptp.p__d__instance O tptp.c__Finger))) (exists ((PR $$unsorted) (F $$unsorted)) (and (tptp.p__d__instance PR tptp.c__Process) (tptp.p__instrument PR F) (tptp.p__d__instance F tptp.c__Finger) (tptp.p__attribute F P) (tptp.p__patient PR O))))) (tptp.p__d__subclass tptp.c__Limb tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Limb tptp.c__BodyPart) (forall ((LIMB $$unsorted)) (=> (tptp.p__d__instance LIMB tptp.c__Limb) (exists ((VERTEBRATE $$unsorted)) (and (tptp.p__d__instance VERTEBRATE tptp.c__Vertebrate) (tptp.p__part LIMB VERTEBRATE))))) (tptp.p__d__subclass tptp.c__Snake tptp.c__Reptile) (forall ((SNAKE $$unsorted)) (=> (tptp.p__d__instance SNAKE tptp.c__Snake) (forall ((LIMB $$unsorted)) (or (not (tptp.p__d__instance LIMB tptp.c__Object)) (not (tptp.p__d__instance LIMB tptp.c__Limb)) (not (tptp.p__part LIMB SNAKE)))))) (tptp.p__d__subclass tptp.c__Rattlesnake tptp.c__Snake) (tptp.p__d__subclass tptp.c__ConstrictorSnake tptp.c__Snake) (tptp.p__d__subclass tptp.c__AntInsect tptp.c__Insect) (tptp.p__d__subclass tptp.c__Anaconda tptp.c__ConstrictorSnake) (tptp.p__d__subclass tptp.c__Bee tptp.c__Insect) (tptp.p__d__subclass tptp.c__BumbleBee tptp.c__Bee) (tptp.p__d__subclass tptp.c__FlyInsect tptp.c__Insect) (tptp.p__d__subclass tptp.c__Grasshopper tptp.c__Insect) (tptp.p__d__subclass tptp.c__Moth tptp.c__Insect) (tptp.p__d__subclass tptp.c__QueenInsect tptp.c__Insect) (tptp.p__d__disjoint tptp.c__QueenInsect tptp.c__WorkerInsect) (forall ((INSECT $$unsorted)) (=> (tptp.p__d__instance INSECT tptp.c__QueenInsect) (and (tptp.p__attribute INSECT tptp.c__Female) (tptp.p__capability tptp.c__Replication tptp.c__agent INSECT)))) (forall ((INSECT $$unsorted)) (=> (tptp.p__d__instance INSECT tptp.c__QueenInsect) (exists ((GROUP $$unsorted)) (and (tptp.p__d__instance GROUP tptp.c__Group) (tptp.p__member INSECT GROUP) (forall ((MEMBER $$unsorted)) (or (not (tptp.p__d__instance MEMBER tptp.c__SelfConnectedObject)) (not (tptp.p__member MEMBER GROUP)) (not (tptp.p__capability tptp.c__Replication tptp.c__agent MEMBER)) (= MEMBER INSECT))))))) (tptp.p__d__subclass tptp.c__WorkerInsect tptp.c__Insect) (tptp.p__d__subclass tptp.c__Leg tptp.c__Limb) (forall ((LEG $$unsorted)) (=> (tptp.p__d__instance LEG tptp.c__Leg) (exists ((ANIMAL $$unsorted)) (and (tptp.p__d__instance ANIMAL tptp.c__Animal) (tptp.p__part LEG ANIMAL))))) (tptp.p__d__subclass tptp.c__Foot tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Foot tptp.c__BodyPart) (forall ((FOOT $$unsorted)) (=> (tptp.p__d__instance FOOT tptp.c__Foot) (exists ((LIMB $$unsorted)) (and (tptp.p__d__instance LIMB tptp.c__Leg) (tptp.p__part FOOT LIMB))))) (tptp.p__d__subclass tptp.c__Ankle tptp.c__BodyJoint) (forall ((A $$unsorted)) (=> (tptp.p__d__instance A tptp.c__Ankle) (exists ((L $$unsorted)) (and (tptp.p__d__instance L tptp.c__Leg) (tptp.p__part A L))))) (tptp.p__d__subclass tptp.c__Elbow tptp.c__BodyJoint) (forall ((E $$unsorted)) (=> (tptp.p__d__instance E tptp.c__Elbow) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Arm) (tptp.p__part E A))))) (tptp.p__d__subclass tptp.c__Wrist tptp.c__BodyJoint) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__Wrist) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Arm) (tptp.p__part W A))))) (tptp.p__d__subclass tptp.c__Toe tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Toe tptp.c__BodyPart) (tptp.p__d__subclass tptp.c__Toe tptp.c__DigitAppendage) (forall ((TOE $$unsorted)) (=> (tptp.p__d__instance TOE tptp.c__Toe) (exists ((FOOT $$unsorted)) (and (tptp.p__d__instance FOOT tptp.c__Foot) (tptp.p__part TOE FOOT))))) (tptp.p__d__subclass tptp.c__Knee tptp.c__BodyJoint) (forall ((KNEE $$unsorted)) (=> (tptp.p__d__instance KNEE tptp.c__Knee) (exists ((LEG $$unsorted)) (and (tptp.p__d__instance LEG tptp.c__Leg) (tptp.p__part KNEE LEG))))) (tptp.p__d__subclass tptp.c__Shoulder tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Shoulder tptp.c__BodyPart) (forall ((SHOULDER $$unsorted)) (=> (tptp.p__d__instance SHOULDER tptp.c__Shoulder) (exists ((PRIMATE $$unsorted)) (and (tptp.p__d__instance PRIMATE tptp.c__Primate) (tptp.p__part SHOULDER PRIMATE))))) (tptp.p__d__subclass tptp.c__Knuckle tptp.c__BodyJoint) (forall ((KNUCKLE $$unsorted)) (=> (tptp.p__d__instance KNUCKLE tptp.c__Knuckle) (exists ((FINGER $$unsorted)) (and (tptp.p__d__instance FINGER tptp.c__Finger) (tptp.p__part KNUCKLE FINGER))))) (tptp.p__d__subclass tptp.c__Torso tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Torso tptp.c__BodyPart) (forall ((TORSO $$unsorted) (LIMB $$unsorted)) (=> (and (tptp.p__d__instance TORSO tptp.c__Torso) (tptp.p__d__instance LIMB tptp.c__Limb)) (not (tptp.p__overlapsSpatially TORSO LIMB)))) (tptp.p__d__subclass tptp.c__Breast tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Breast tptp.c__Organ) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Breast) (exists ((T $$unsorted)) (and (tptp.p__d__instance T tptp.c__Torso) (tptp.p__part B (tptp.f__FrontFn1 T)))))) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Breast) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__Primate) (tptp.p__part B P))))) (tptp.p__d__subclass tptp.c__Head tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Head tptp.c__BodyPart) (tptp.p__d__subclass tptp.c__Neck tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Neck tptp.c__BodyPart) (forall ((NECK $$unsorted)) (=> (tptp.p__d__instance NECK tptp.c__Neck) (exists ((HEAD $$unsorted)) (and (tptp.p__d__instance HEAD tptp.c__Head) (tptp.p__connected NECK HEAD))))) (tptp.p__d__subclass tptp.c__Face tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Face tptp.c__BodyPart) (forall ((FACE $$unsorted)) (=> (tptp.p__d__instance FACE tptp.c__Face) (exists ((HEAD $$unsorted)) (and (tptp.p__d__instance HEAD tptp.c__Head) (tptp.p__part FACE HEAD))))) (forall ((FACE $$unsorted)) (=> (tptp.p__d__instance FACE tptp.c__Face) (exists ((VERTEBRATE $$unsorted)) (and (tptp.p__d__instance VERTEBRATE tptp.c__Vertebrate) (tptp.p__part FACE VERTEBRATE))))) (tptp.p__d__subclass tptp.c__Chin tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Chin tptp.c__BodyPart) (forall ((CHIN $$unsorted)) (=> (tptp.p__d__instance CHIN tptp.c__Chin) (exists ((FACE $$unsorted)) (and (tptp.p__d__instance FACE tptp.c__Face) (tptp.p__part CHIN FACE))))) (forall ((FACE $$unsorted) (CHIN $$unsorted) (PART $$unsorted)) (=> (and (tptp.p__d__instance FACE tptp.c__Object) (tptp.p__d__instance PART tptp.c__Object) (tptp.p__d__instance CHIN tptp.c__Chin) (tptp.p__part PART FACE) (not (tptp.p__part PART CHIN))) (tptp.p__orientation PART CHIN tptp.c__Below))) (tptp.p__d__disjointDecomposition3 tptp.c__Expressing tptp.c__ExpressingApproval tptp.c__ExpressingDisapproval) (tptp.p__d__subclass tptp.c__ExpressingApproval tptp.c__Expressing) (forall ((EXPRESS $$unsorted) (AGENT $$unsorted) (THING $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__d__instance THING tptp.c__Formula) (tptp.p__d__instance EXPRESS tptp.c__ExpressingApproval) (tptp.p__agent EXPRESS AGENT) (tptp.p__patient EXPRESS THING)) (or (tptp.p__wants AGENT THING) (tptp.p__desires AGENT THING)))) (tptp.p__d__subclass tptp.c__ExpressingDisapproval tptp.c__Expressing) (forall ((EXPRESS $$unsorted) (AGENT $$unsorted) (THING $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__d__instance THING tptp.c__Object) (tptp.p__d__instance THING tptp.c__Formula) (tptp.p__d__instance EXPRESS tptp.c__ExpressingDisapproval) (tptp.p__agent EXPRESS AGENT) (tptp.p__patient EXPRESS THING)) (or (tptp.p__dislikes AGENT THING) (tptp.p__disapproves AGENT THING)))) (tptp.p__d__subclass tptp.c__Regretting tptp.c__ExpressingDisapproval) (forall ((R $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance R tptp.c__Regretting) (tptp.p__patient R T) (tptp.p__d__instance T tptp.c__Sentence)) (tptp.p__truth T tptp.c__True))) (tptp.p__d__subclass tptp.c__ExpressingFarewell tptp.c__Expressing) (tptp.p__d__subclass tptp.c__Congratulating tptp.c__ExpressingApproval) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Congratulating) (exists ((P $$unsorted) (A $$unsorted) (D $$unsorted)) (and (tptp.p__d__instance D tptp.c__Agent) (tptp.p__d__instance P tptp.c__Process) (tptp.p__d__instance A tptp.c__CognitiveAgent) (tptp.p__destination C D) (tptp.p__agent P D) (tptp.p__agent C A) (tptp.p__wants A P) (tptp.p__refers C P))))) (tptp.p__d__subclass tptp.c__FacialExpression tptp.c__Gesture) (forall ((AGENT $$unsorted) (EXPRESS $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance EXPRESS tptp.c__FacialExpression) (tptp.p__agent EXPRESS AGENT)) (exists ((FACE $$unsorted)) (and (tptp.p__part FACE AGENT) (tptp.p__d__instance FACE tptp.c__Face) (tptp.p__instrument EXPRESS FACE))))) (tptp.p__d__subclass tptp.c__Smiling tptp.c__FacialExpression) (tptp.p__d__subclass tptp.c__Frowning tptp.c__FacialExpression) (tptp.p__d__subclass tptp.c__Laughing tptp.c__Vocalizing) (tptp.p__d__subclass tptp.c__Laughing tptp.c__FacialExpression) (forall ((LAUGH $$unsorted)) (=> (tptp.p__d__instance LAUGH tptp.c__Laughing) (exists ((SMILE $$unsorted)) (and (tptp.p__d__instance SMILE tptp.c__Smiling) (tptp.p__subProcess SMILE LAUGH))))) (tptp.p__d__subclass tptp.c__Weeping tptp.c__FacialExpression) (tptp.p__d__subclass tptp.c__Nodding tptp.c__Gesture) (forall ((NOD $$unsorted) (HEAD $$unsorted)) (=> (and (tptp.p__d__instance NOD tptp.c__Nodding) (tptp.p__patient NOD HEAD)) (tptp.p__d__instance HEAD tptp.c__Head))) (tptp.p__d__subclass tptp.c__HandGesture tptp.c__Gesture) (forall ((HG $$unsorted)) (=> (tptp.p__d__instance HG tptp.c__HandGesture) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Hand) (tptp.p__patient HG H))))) (tptp.p__d__subclass tptp.c__Waving tptp.c__HandGesture) (forall ((WAVE $$unsorted) (HAND $$unsorted)) (=> (and (tptp.p__d__instance WAVE tptp.c__Waving) (tptp.p__patient WAVE HAND)) (tptp.p__d__instance HAND tptp.c__Hand))) (tptp.p__d__subclass tptp.c__Clapping tptp.c__HandGesture) (tptp.p__d__subclass tptp.c__Clapping tptp.c__RadiatingSound) (tptp.p__d__subclass tptp.c__Clapping tptp.c__Impacting) (tptp.p__d__subclass tptp.c__Inclining tptp.c__BodyMotion) (tptp.p__d__subclass tptp.c__Inclining tptp.c__MotionDownward) (tptp.p__d__subclass tptp.c__Bowing tptp.c__Gesture) (tptp.p__d__subclass tptp.c__Bowing tptp.c__Inclining) (tptp.p__d__subclass tptp.c__Bowing tptp.c__MotionDownward) (tptp.p__d__subclass tptp.c__Sinking tptp.c__Falling) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Sinking) (exists ((W $$unsorted)) (and (tptp.p__d__instance W tptp.c__WaterArea) (tptp.p__eventLocated S W))))) (tptp.p__d__subclass tptp.c__Ducking tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__Ducking tptp.c__BodyMotion) (tptp.p__d__subclass tptp.c__Ducking tptp.c__MotionDownward) (tptp.p__d__subclass tptp.c__ExpressingInLanguage tptp.c__Expressing) (tptp.p__d__subclass tptp.c__ExpressingInLanguage tptp.c__LinguisticCommunication) (tptp.p__d__subclass tptp.c__TonalLanguage tptp.c__SpokenHumanLanguage) (tptp.p__d__subclass tptp.c__Thanking tptp.c__ExpressingInLanguage) (tptp.p__d__subclass tptp.c__Thanking tptp.c__ExpressingApproval) (forall ((T $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance T tptp.c__Thanking) (tptp.p__destination T P)) (tptp.p__d__instance P tptp.c__Human))) (tptp.p__d__subclass tptp.c__Greeting tptp.c__Expressing) (tptp.p__subrelation tptp.c__half tptp.c__part) (forall ((WHOLE $$unsorted) (HALF $$unsorted)) (=> (and (tptp.p__d__instance WHOLE tptp.c__Object) (tptp.p__d__instance HALF tptp.c__Object) (tptp.p__half HALF WHOLE)) (exists ((OTHER $$unsorted)) (and (tptp.p__d__instance OTHER tptp.c__Object) (tptp.p__half OTHER WHOLE) (not (= OTHER HALF)) (= WHOLE (tptp.f__MereologicalSumFn2 HALF OTHER)))))) (tptp.p__subrelation tptp.c__third tptp.c__part) (forall ((W $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance W tptp.c__Object) (tptp.p__d__instance T tptp.c__Object) (tptp.p__third T W)) (exists ((O1 $$unsorted) (O2 $$unsorted)) (and (tptp.p__d__instance O1 tptp.c__Object) (tptp.p__d__instance O2 tptp.c__Object) (tptp.p__third O1 W) (tptp.p__third O2 W) (not (= O1 T)) (not (= O2 T)) (not (= O1 O2)) (= W (tptp.f__MereologicalSumFn2 T (tptp.f__MereologicalSumFn2 O1 O2))))))) (tptp.p__subrelation tptp.c__quarter tptp.c__part) (forall ((W $$unsorted) (Q $$unsorted)) (=> (and (tptp.p__d__instance W tptp.c__Object) (tptp.p__d__instance Q tptp.c__Object)) (= (tptp.p__quarter Q W) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Object) (tptp.p__half H W) (tptp.p__half Q H)))))) (tptp.p__subrelation tptp.c__most tptp.c__part) (forall ((WHOLE $$unsorted) (MOST $$unsorted)) (=> (and (tptp.p__d__instance WHOLE tptp.c__Object) (tptp.p__d__instance MOST tptp.c__Object) (tptp.p__most MOST WHOLE)) (exists ((HALF $$unsorted) (NUMBER1 $$unsorted) (NUMBER2 $$unsorted) (UNIT $$unsorted)) (and (tptp.p__d__instance HALF tptp.c__Object) (tptp.p__d__instance UNIT tptp.c__UnitOfMeasure) (tptp.p__d__instance NUMBER1 tptp.c__RealNumber) (tptp.p__d__instance NUMBER2 tptp.c__RealNumber) (tptp.p__half HALF WHOLE) (tptp.p__measure HALF (tptp.f__MeasureFn2 NUMBER1 UNIT)) (tptp.p__measure MOST (tptp.f__MeasureFn2 NUMBER2 UNIT)) (tptp.p__greaterThan NUMBER2 NUMBER1))))) (tptp.p__d__subclass tptp.c__Blueprint tptp.c__Icon) (tptp.p__d__subclass tptp.c__Chart tptp.c__Icon) (forall ((CHART $$unsorted)) (=> (tptp.p__d__instance CHART tptp.c__Chart) (exists ((QUANTITY $$unsorted)) (and (tptp.p__d__instance QUANTITY tptp.c__PhysicalQuantity) (tptp.p__refers CHART QUANTITY))))) (tptp.p__d__subclass tptp.c__Flag tptp.c__Icon) (forall ((FLAG $$unsorted)) (=> (and (tptp.p__d__instance FLAG tptp.c__Object) (tptp.p__d__instance FLAG tptp.c__Flag)) (exists ((FABRIC $$unsorted)) (and (tptp.p__d__instance FABRIC tptp.c__Fabric) (tptp.p__part FABRIC FLAG))))) (tptp.p__d__subclass tptp.c__NationalFlag tptp.c__Flag) (forall ((F $$unsorted)) (=> (tptp.p__d__instance F tptp.c__NationalFlag) (exists ((N $$unsorted)) (and (tptp.p__d__instance N tptp.c__Nation) (tptp.p__refers F N))))) (tptp.p__d__subclass tptp.c__GraphDiagram tptp.c__Icon) (forall ((G $$unsorted)) (=> (tptp.p__d__instance G tptp.c__GraphDiagram) (exists ((Q $$unsorted)) (and (tptp.p__d__instance Q tptp.c__PhysicalQuantity) (tptp.p__refers G Q))))) (tptp.p__d__subclass tptp.c__ArrowIcon tptp.c__Icon) (tptp.p__d__subclass tptp.c__Map tptp.c__Icon) (forall ((M $$unsorted)) (=> (tptp.p__d__instance M tptp.c__Map) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__GeographicArea) (tptp.p__represents M A))))) (tptp.p__d__subclass tptp.c__Photograph tptp.c__Image) (tptp.p__d__subclass tptp.c__Photograph tptp.c__Recording) (tptp.p__d__subclass tptp.c__Photographing tptp.c__ContentDevelopment) (forall ((SHOOT $$unsorted)) (=> (tptp.p__d__instance SHOOT tptp.c__Photographing) (exists ((PHOTO $$unsorted) (CAMERA $$unsorted)) (and (tptp.p__d__instance PHOTO tptp.c__Photograph) (tptp.p__result SHOOT PHOTO) (tptp.p__instrument SHOOT CAMERA) (tptp.p__d__instance CAMERA tptp.c__Camera))))) (tptp.p__d__subclass tptp.c__Camera tptp.c__Device) (forall ((CAMERA $$unsorted)) (=> (tptp.p__d__instance CAMERA tptp.c__Camera) (tptp.p__capability tptp.c__Photographing tptp.c__instrument CAMERA))) (tptp.p__d__instance tptp.c__TonMass tptp.c__UnitOfMass) (forall ((NUMBER $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (= NUMBER (tptp.f__MultiplicationFn2 tptp.c__1 NUMBER))) (= (tptp.f__MeasureFn2 NUMBER tptp.c__TonMass) (tptp.f__MeasureFn2 (tptp.f__MultiplicationFn2 NUMBER tptp.c__2000) tptp.c__PoundMass)))) (tptp.p__d__instance tptp.c__MetricTon tptp.c__UnitOfMass) (= (tptp.f__MeasureFn2 tptp.c__1 tptp.c__MetricTon) (tptp.f__MeasureFn2 tptp.c__2205 tptp.c__PoundMass)) (tptp.p__d__instance tptp.c__LongTon tptp.c__UnitOfMass) (forall ((NUMBER $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (= NUMBER (tptp.f__MultiplicationFn2 tptp.c__1 NUMBER))) (= (tptp.f__MeasureFn2 NUMBER tptp.c__LongTon) (tptp.f__MeasureFn2 (tptp.f__MultiplicationFn2 NUMBER tptp.c__2240) tptp.c__PoundMass)))) (tptp.p__d__instance tptp.c__CubicFoot tptp.c__UnitOfVolume) (= (tptp.f__MeasureFn2 tptp.c__1 tptp.c__CubicFoot) (tptp.f__MultiplicationFn2 _let_4 (tptp.f__MultiplicationFn2 _let_4 _let_4))) (forall ((N1 $$unsorted) (N2 $$unsorted) (N3 $$unsorted) (QUANT $$unsorted) (N4 $$unsorted)) (=> (and (tptp.p__d__instance N3 tptp.c__RealNumber) (tptp.p__d__instance N2 tptp.c__RealNumber) (tptp.p__d__instance N1 tptp.c__RealNumber) (tptp.p__d__instance N4 tptp.c__RealNumber) (tptp.p__d__instance QUANT tptp.c__PhysicalQuantity) (= N4 (tptp.f__MultiplicationFn2 N1 (tptp.f__MultiplicationFn2 N2 N3))) (= QUANT (tptp.f__MultiplicationFn2 (tptp.f__MeasureFn2 N1 tptp.c__FootLength) (tptp.f__MultiplicationFn2 (tptp.f__MeasureFn2 N2 tptp.c__FootLength) (tptp.f__MeasureFn2 N3 tptp.c__FootLength))))) (= QUANT (tptp.f__MeasureFn2 N4 tptp.c__CubicFoot)))) (tptp.p__d__instance tptp.c__RegistryTon tptp.c__UnitOfVolume) (forall ((NUMBER $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__RealNumber) (= NUMBER (tptp.f__MultiplicationFn2 tptp.c__1 NUMBER))) (= (tptp.f__MeasureFn2 NUMBER tptp.c__RegistryTon) (tptp.f__MeasureFn2 (tptp.f__MultiplicationFn2 NUMBER tptp.c__100) tptp.c__CubicFoot)))) (tptp.p__d__instance tptp.c__Page tptp.c__UnitOfInformation) (tptp.p__d__instance tptp.c__LiquorShot tptp.c__UnitOfVolume) (tptp.p__d__instance tptp.c__MillenniumDuration tptp.c__UnitOfDuration) (forall ((N $$unsorted)) (=> (and (tptp.p__d__instance N tptp.c__RealNumber) (= N (tptp.f__MultiplicationFn2 tptp.c__1 N))) (= (tptp.f__MeasureFn2 N tptp.c__MillenniumDuration) (tptp.f__MeasureFn2 (tptp.f__MultiplicationFn2 N tptp.c__1000) tptp.c__YearDuration)))) (tptp.p__d__instance tptp.c__Acre tptp.c__UnitOfArea) (tptp.p__d__instance tptp.c__SquareMile tptp.c__UnitOfArea) (= (tptp.f__MeasureFn2 tptp.c__1 tptp.c__SquareMile) (tptp.f__PerFn2 _let_3 _let_3)) (tptp.p__d__instance tptp.c__SquareYard tptp.c__UnitOfArea) (= (tptp.f__MeasureFn2 tptp.c__1 tptp.c__SquareYard) (tptp.f__PerFn2 _let_2 _let_2)) (tptp.p__d__instance tptp.c__creator tptp.c__BinaryPredicate) (forall ((AGENT $$unsorted) (ENTITY $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__creator AGENT ENTITY)) (exists ((CREATION $$unsorted)) (and (tptp.p__d__instance CREATION tptp.c__Creation) (tptp.p__agent CREATION AGENT) (tptp.p__result CREATION ENTITY))))) (tptp.p__d__subclass tptp.c__Music tptp.c__Proposition) (forall ((MC $$unsorted) (MUSIC $$unsorted)) (=> (and (tptp.p__d__instance MUSIC tptp.c__Process) (tptp.p__d__instance MC tptp.c__Music) (tptp.p__realization MUSIC MC)) (tptp.p__d__instance MUSIC tptp.c__MakingMusic))) (tptp.p__d__subclass tptp.c__MusicalComposition tptp.c__Music) (tptp.p__d__subclass tptp.c__Song tptp.c__Music) (tptp.p__d__subclass tptp.c__LyricalContent tptp.c__Proposition) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__LyricalContent) (exists ((W $$unsorted) (I $$unsorted)) (and (tptp.p__d__instance I tptp.c__Proposition) (tptp.p__d__instance W tptp.c__Word) (tptp.p__containsInformation W I) (tptp.p__subProposition I L))))) (tptp.p__d__instance tptp.c__LegislativeBill tptp.c__DeonticAttribute) (tptp.p__d__subclass tptp.c__PassingABill tptp.c__PoliticalProcess) (tptp.p__d__subclass tptp.c__PassingABill tptp.c__Declaring) (tptp.p__subAttribute tptp.c__InternationalLaw tptp.c__Law) (tptp.p__subAttribute tptp.c__Illegal tptp.c__Prohibition) (tptp.p__contraryAttribute2 tptp.c__Illegal tptp.c__Legal) (tptp.p__subAttribute tptp.c__Legal tptp.c__Permission) (tptp.p__d__subclass tptp.c__CriminalAction tptp.c__IntentionalProcess) (forall ((ACTION $$unsorted)) (=> (tptp.p__d__instance ACTION tptp.c__CriminalAction) (exists ((LAW $$unsorted) (CONTENT $$unsorted) (CRIME $$unsorted)) (and (tptp.p__d__instance LAW tptp.c__Formula) (tptp.p__d__instance CONTENT tptp.c__Proposition) (tptp.p__d__instance CRIME tptp.c__Proposition) (tptp.p__modalAttribute LAW tptp.c__Law) (tptp.p__containsInformation LAW CONTENT) (tptp.p__realization ACTION CRIME) (not (tptp.p__consistent CONTENT CRIME)))))) (tptp.p__d__subclass tptp.c__PoliticalCrime tptp.c__CriminalAction) (tptp.p__d__subclass tptp.c__PoliticalCrime tptp.c__PoliticalProcess) (tptp.p__d__subclass tptp.c__PoliticalRevolution tptp.c__PoliticalProcess) (tptp.p__d__subclass tptp.c__PoliticalRevolution tptp.c__ViolentContest) (forall ((R $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance R tptp.c__PoliticalRevolution) (tptp.p__patient R A)) (tptp.p__d__instance A tptp.c__GeopoliticalArea))) (tptp.p__d__subclass tptp.c__LawEnforcement tptp.c__PoliticalProcess) (tptp.p__d__subclass tptp.c__LawEnforcement tptp.c__RegulatoryProcess) (forall ((L $$unsorted) (AGENT $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance P tptp.c__SelfConnectedObject) (tptp.p__d__instance L tptp.c__LawEnforcement) (tptp.p__agent L AGENT)) (or (tptp.p__d__instance P tptp.c__PoliceOrganization) (exists ((O $$unsorted)) (and (tptp.p__d__instance O tptp.c__PoliceOrganization) (tptp.p__member P O)))))) (tptp.p__d__subclass tptp.c__Imprisoning tptp.c__Confining) (forall ((I $$unsorted)) (=> (tptp.p__d__instance I tptp.c__Imprisoning) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__Prison) (tptp.p__eventLocated I P))))) (tptp.p__d__subclass tptp.c__Espionage tptp.c__PoliticalProcess) (tptp.p__d__subclass tptp.c__Espionage tptp.c__Investigating) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Espionage) (exists ((GOV1 $$unsorted) (GOV2 $$unsorted)) (and (tptp.p__d__instance GOV1 tptp.c__Government) (tptp.p__d__instance GOV2 tptp.c__Government) (tptp.p__agent S GOV1) (tptp.p__patient S GOV2) (not (= GOV1 GOV2)))))) (tptp.p__d__subclass tptp.c__Polling tptp.c__Investigating) (tptp.p__d__subclass tptp.c__MilitaryInfiltration tptp.c__MilitaryProcess) (tptp.p__d__subclass tptp.c__MilitaryInfiltration tptp.c__Translocation) (tptp.p__d__subclass tptp.c__Agreement tptp.c__Proposition) (forall ((COMPACT $$unsorted)) (=> (tptp.p__d__instance COMPACT tptp.c__Agreement) (exists ((COMM $$unsorted)) (and (tptp.p__d__instance COMM tptp.c__Committing) (tptp.p__represents COMM COMPACT))))) (forall ((AGREEMENT $$unsorted)) (=> (tptp.p__d__instance AGREEMENT tptp.c__Agreement) (exists ((AGENT1 $$unsorted) (AGENT2 $$unsorted)) (and (tptp.p__d__instance AGENT1 tptp.c__CognitiveAgent) (tptp.p__d__instance AGENT2 tptp.c__CognitiveAgent) (tptp.p__partyToAgreement AGENT1 AGREEMENT) (tptp.p__partyToAgreement AGENT2 AGREEMENT) (not (= AGENT1 AGENT2)))))) (tptp.p__d__instance tptp.c__partyToAgreement tptp.c__BinaryPredicate) (forall ((AGENT $$unsorted) (CONTENT $$unsorted)) (=> (and (tptp.p__d__instance CONTENT tptp.c__Agreement) (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__partyToAgreement AGENT CONTENT)) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__Committing) (tptp.p__agent C AGENT) (tptp.p__patient C CONTENT))))) (tptp.p__d__instance tptp.c__agreementPeriod tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__agreementEffectiveDate tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__TimePeriodFn tptp.c__BinaryFunction) (forall ((T2 $$unsorted) (INTERVAL $$unsorted) (T1 $$unsorted) (PERIOD $$unsorted)) (=> (and (tptp.p__d__instance INTERVAL tptp.c__TimeInterval) (tptp.p__d__instance PERIOD tptp.c__TimeDuration) (tptp.p__d__instance T1 tptp.c__TimePoint) (tptp.p__d__instance T2 tptp.c__TimePoint) (= INTERVAL (tptp.f__TimeIntervalFn2 T1 T2)) (tptp.p__duration INTERVAL PERIOD)) (= INTERVAL (tptp.f__TimePeriodFn2 T1 PERIOD)))) (tptp.p__d__instance tptp.c__agreementExpirationDate tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__agreementClause tptp.c__QuaternaryPredicate) (forall ((ATTR $$unsorted) (PROP $$unsorted) (AGENT $$unsorted) (AGREEMENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__d__instance AGREEMENT tptp.c__Agreement) (tptp.p__d__instance ATTR tptp.c__DeonticAttribute) (tptp.p__d__instance PROP tptp.c__Proposition) (tptp.p__agreementClause PROP ATTR AGREEMENT AGENT)) (and (exists ((CLAUSE $$unsorted)) (and (tptp.p__d__instance CLAUSE tptp.c__ContentBearingPhysical) (tptp.p__containsInformation CLAUSE PROP))) (tptp.p__partyToAgreement AGENT AGREEMENT)))) (tptp.p__d__instance tptp.c__ActiveAgreement tptp.c__RelationalAttribute) (forall ((AGREEMENT $$unsorted)) (=> (tptp.p__property AGREEMENT tptp.c__ActiveAgreement) (tptp.p__d__instance AGREEMENT tptp.c__Agreement))) (forall ((ENTITY $$unsorted)) (=> (tptp.p__property ENTITY tptp.c__Promise) (or (tptp.p__property ENTITY tptp.c__Contract) (tptp.p__property ENTITY tptp.c__NakedPromise)))) (tptp.p__subAttribute tptp.c__NakedPromise tptp.c__Promise) (tptp.p__subAttribute tptp.c__Contract tptp.c__ActiveAgreement) (tptp.p__subAttribute tptp.c__Contract tptp.c__Promise) (tptp.p__contraryAttribute2 tptp.c__NakedPromise tptp.c__Contract) (tptp.p__subAttribute tptp.c__MarriageContract tptp.c__Contract) (forall ((C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__Agreement) (tptp.p__property C tptp.c__MarriageContract)) (exists ((P1 $$unsorted) (P2 $$unsorted)) (and (tptp.p__d__instance P1 tptp.c__Human) (tptp.p__d__instance P2 tptp.c__Human) (tptp.p__partyToAgreement P1 C) (tptp.p__partyToAgreement P2 C) (tptp.p__spouse P1 P2))))) (tptp.p__subAttribute tptp.c__PurchaseContract tptp.c__Contract) (forall ((C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__Agreement) (tptp.p__property C tptp.c__PurchaseContract)) (exists ((S $$unsorted) (SELLER $$unsorted) (BUYER $$unsorted)) (and (tptp.p__d__instance SELLER tptp.c__CognitiveAgent) (tptp.p__d__instance BUYER tptp.c__CognitiveAgent) (tptp.p__d__instance S tptp.c__Selling) (tptp.p__origin S SELLER) (tptp.p__destination S BUYER) (tptp.p__realization S C) (tptp.p__partyToAgreement SELLER C) (tptp.p__partyToAgreement BUYER C))))) (tptp.p__subAttribute tptp.c__ServiceContract tptp.c__Contract) (forall ((C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__Agreement) (tptp.p__property C tptp.c__ServiceContract)) (exists ((SP $$unsorted) (SERVICE $$unsorted) (CUST $$unsorted)) (and (tptp.p__d__instance SERVICE tptp.c__CognitiveAgent) (tptp.p__d__instance CUST tptp.c__CognitiveAgent) (tptp.p__d__instance SP tptp.c__ServiceProcess) (tptp.p__realization SP C) (tptp.p__serviceProvider SP SERVICE) (tptp.p__serviceRecipient SP CUST) (tptp.p__partyToAgreement SERVICE C) (tptp.p__partyToAgreement CUST C))))) (tptp.p__subAttribute tptp.c__Warranty tptp.c__ServiceContract) (tptp.p__subAttribute tptp.c__Treaty tptp.c__Contract) (forall ((T $$unsorted)) (=> (and (tptp.p__d__instance T tptp.c__Agreement) (tptp.p__property T tptp.c__Treaty)) (exists ((N1 $$unsorted) (N2 $$unsorted)) (and (tptp.p__d__instance N1 tptp.c__CognitiveAgent) (tptp.p__d__instance N2 tptp.c__CognitiveAgent) (tptp.p__partyToAgreement N1 T) (tptp.p__partyToAgreement N2 T) (tptp.p__d__instance N1 tptp.c__Nation) (tptp.p__d__instance N2 tptp.c__Nation) (not (= N1 N2)))))) (tptp.p__d__disjointDecomposition6 tptp.c__Sentence tptp.c__Statement tptp.c__Supposition tptp.c__Question tptp.c__Request tptp.c__Order) (tptp.p__d__subclass tptp.c__Statement tptp.c__Sentence) (forall ((STATE $$unsorted) (SENTENCE $$unsorted)) (=> (and (tptp.p__d__instance STATE tptp.c__Stating) (tptp.p__result STATE SENTENCE) (tptp.p__d__instance SENTENCE tptp.c__Sentence)) (tptp.p__d__instance SENTENCE tptp.c__Statement))) (tptp.p__d__subclass tptp.c__Fact tptp.c__Statement) (forall ((FACT $$unsorted)) (=> (tptp.p__d__instance FACT tptp.c__Fact) (tptp.p__truth FACT tptp.c__True))) (tptp.p__d__subclass tptp.c__Question tptp.c__Sentence) (forall ((QUESTION $$unsorted) (SENTENCE $$unsorted)) (=> (and (tptp.p__d__instance QUESTION tptp.c__Questioning) (tptp.p__result QUESTION SENTENCE) (tptp.p__d__instance SENTENCE tptp.c__Sentence)) (tptp.p__d__instance SENTENCE tptp.c__Question))) (tptp.p__d__subclass tptp.c__Supposition tptp.c__Sentence) (forall ((SUPPOSE $$unsorted) (SENTENCE $$unsorted)) (=> (and (tptp.p__d__instance SUPPOSE tptp.c__Supposing) (tptp.p__result SUPPOSE SENTENCE) (tptp.p__d__instance SENTENCE tptp.c__Sentence)) (tptp.p__d__instance SENTENCE tptp.c__Supposition))) (tptp.p__d__subclass tptp.c__Request tptp.c__Sentence) (forall ((REQUEST $$unsorted) (SENTENCE $$unsorted)) (=> (and (tptp.p__d__instance REQUEST tptp.c__Requesting) (tptp.p__result REQUEST SENTENCE) (tptp.p__d__instance SENTENCE tptp.c__Sentence)) (tptp.p__d__instance SENTENCE tptp.c__Request))) (tptp.p__d__subclass tptp.c__Order tptp.c__Sentence) (forall ((ORDER $$unsorted) (SENTENCE $$unsorted)) (=> (and (tptp.p__d__instance ORDER tptp.c__Ordering) (tptp.p__result ORDER SENTENCE) (tptp.p__d__instance SENTENCE tptp.c__Sentence)) (tptp.p__d__instance SENTENCE tptp.c__Order))) (tptp.p__d__subclass tptp.c__AudioRecording tptp.c__Recording) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__AudioRecording) (exists ((EV $$unsorted)) (and (tptp.p__d__instance EV tptp.c__RadiatingSound) (tptp.p__represents X EV) (tptp.p__capability tptp.c__RadiatingSound tptp.c__patient X))))) (forall ((RECORD $$unsorted)) (=> (tptp.p__d__instance RECORD tptp.c__AudioRecording) (exists ((INFO $$unsorted) (SOUND $$unsorted)) (and (tptp.p__d__instance INFO tptp.c__Proposition) (tptp.p__containsInformation RECORD INFO) (tptp.p__realization SOUND INFO) (tptp.p__d__instance SOUND tptp.c__RadiatingSound))))) (tptp.p__subrelation tptp.c__record tptp.c__represents) (forall ((REC $$unsorted) (PHYS $$unsorted)) (=> (and (tptp.p__d__instance PHYS tptp.c__ContentBearingPhysical) (tptp.p__d__instance REC tptp.c__ContentBearingObject) (tptp.p__record REC PHYS)) (tptp.p__equivalentContentInstance REC PHYS))) (forall ((PHYS $$unsorted) (REC $$unsorted)) (=> (and (tptp.p__d__instance PHYS tptp.c__Physical) (tptp.p__d__instance REC tptp.c__ContentBearingObject) (tptp.p__record REC PHYS)) (exists ((DS $$unsorted)) (and (tptp.p__d__instance DS tptp.c__DataStorageDevice) (tptp.p__stored REC DS))))) (tptp.p__d__instance tptp.c__stored tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__stored tptp.c__AntisymmetricRelation) (tptp.p__d__instance tptp.c__stored tptp.c__TransitiveRelation) (forall ((D $$unsorted) (O $$unsorted)) (=> (and (tptp.p__d__instance D tptp.c__DataStorageDevice) (tptp.p__d__instance O tptp.c__ContentBearingObject) (tptp.p__stored O D)) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__Writing) (tptp.p__destination P D) (tptp.p__patient P O))))) (tptp.p__d__instance tptp.c__Blank tptp.c__RelationalAttribute) (forall ((DSTORE $$unsorted)) (=> (and (tptp.p__d__instance DSTORE tptp.c__DataStorageDevice) (tptp.p__attribute DSTORE tptp.c__Blank)) (forall ((DATA $$unsorted)) (or (not (tptp.p__d__instance DATA tptp.c__ContentBearingObject)) (not (tptp.p__stored DATA DSTORE)))))) (tptp.p__d__subclass tptp.c__Recording tptp.c__ContentBearingObject) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Recording) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__Process) (tptp.p__record R P))))) (tptp.p__d__subclass tptp.c__MusicRecording tptp.c__AudioRecording) (forall ((M $$unsorted)) (=> (tptp.p__d__instance M tptp.c__MusicRecording) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__MakingMusic) (tptp.p__record M P))))) (tptp.p__d__subclass tptp.c__SheetMusic tptp.c__ContentBearingObject) (forall ((SM $$unsorted)) (=> (tptp.p__d__instance SM tptp.c__SheetMusic) (exists ((MC $$unsorted)) (and (tptp.p__d__instance MC tptp.c__MusicalComposition) (tptp.p__containsInformation SM MC))))) (tptp.p__d__subclass tptp.c__MusicText tptp.c__Text) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__MusicText) (tptp.p__capability tptp.c__MakingMusic tptp.c__patient X))) (tptp.p__d__subclass tptp.c__VideoRecording tptp.c__Recording) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__VideoRecording) (exists ((EV $$unsorted)) (and (tptp.p__d__instance EV tptp.c__Process) (tptp.p__represents X EV) (tptp.p__capability tptp.c__RadiatingLight tptp.c__patient X))))) (tptp.p__d__subclass tptp.c__MediaSystem tptp.c__Collection) (tptp.p__d__subclass tptp.c__Label tptp.c__Text) (forall ((LABEL $$unsorted)) (=> (tptp.p__d__instance LABEL tptp.c__Label) (exists ((OBJ $$unsorted)) (and (tptp.p__d__instance OBJ tptp.c__SelfConnectedObject) (tptp.p__connected LABEL OBJ) (tptp.p__refers LABEL OBJ))))) (tptp.p__d__subclass tptp.c__FormText tptp.c__Text) (tptp.p__d__subclass tptp.c__TestForm tptp.c__FormText) (tptp.p__d__subclass tptp.c__TestForm tptp.c__MeasuringDevice) (tptp.p__d__subclass tptp.c__Ballot tptp.c__FormText) (tptp.p__d__subclass tptp.c__Application tptp.c__FormText) (tptp.p__d__subclass tptp.c__Announcement tptp.c__FactualText) (forall ((A $$unsorted)) (=> (tptp.p__d__instance A tptp.c__Announcement) (exists ((CD $$unsorted) (I $$unsorted)) (and (tptp.p__d__instance CD tptp.c__ContentDevelopment) (tptp.p__result CD A) (tptp.p__refers A I) (tptp.p__d__instance I tptp.c__SocialInteraction) (tptp.p__earlier (tptp.f__WhenFn1 CD) (tptp.f__WhenFn1 I)))))) (tptp.p__d__subclass tptp.c__PerformanceProgram tptp.c__FactualText) (forall ((PROG $$unsorted)) (=> (tptp.p__d__instance PROG tptp.c__PerformanceProgram) (exists ((PERF $$unsorted) (PROP $$unsorted)) (and (tptp.p__d__instance PROP tptp.c__Proposition) (tptp.p__containsInformation PROG PROP) (tptp.p__realization PERF PROP) (tptp.p__d__instance PERF tptp.c__Performance))))) (tptp.p__d__subclass tptp.c__MotionPictureShot tptp.c__MotionPicture) (forall ((SHOT $$unsorted)) (=> (tptp.p__d__instance SHOT tptp.c__MotionPictureShot) (exists ((MOVIE $$unsorted)) (and (tptp.p__d__instance MOVIE tptp.c__MotionPicture) (tptp.p__subsumesContentInstance MOVIE SHOT))))) (tptp.p__d__subclass tptp.c__MotionPictureScene tptp.c__MotionPicture) (forall ((MOVIE $$unsorted) (S $$unsorted)) (=> (and (tptp.p__d__instance MOVIE tptp.c__ContentBearingPhysical) (tptp.p__d__instance S tptp.c__MotionPictureScene)) (exists ((M $$unsorted)) (and (tptp.p__d__instance M tptp.c__MotionPicture) (tptp.p__subsumesContentInstance MOVIE S))))) (tptp.p__d__subclass tptp.c__Documentary tptp.c__MotionPicture) (tptp.p__d__subclass tptp.c__Documentary tptp.c__FactualText) (tptp.p__d__subclass tptp.c__BroadcastProgram tptp.c__Series) (forall ((PROGRAM $$unsorted)) (=> (tptp.p__d__instance PROGRAM tptp.c__BroadcastProgram) (exists ((BROADCAST $$unsorted)) (and (tptp.p__d__instance BROADCAST tptp.c__Broadcasting) (tptp.p__patient BROADCAST PROGRAM))))) (tptp.p__d__subclass tptp.c__NewsProgram tptp.c__BroadcastProgram) (forall ((PROGRAM $$unsorted) (NUMBER $$unsorted) (EPISODE $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__PositiveInteger) (tptp.p__d__subclass EPISODE tptp.c__Text) (tptp.p__d__subclass PROGRAM tptp.c__NewsProgram) (= EPISODE (tptp.f__SeriesVolumeFn2 PROGRAM NUMBER))) (exists ((DISSEMINATE $$unsorted)) (and (tptp.p__d__instance DISSEMINATE tptp.c__Disseminating) (tptp.p__patient DISSEMINATE EPISODE))))) (tptp.p__d__instance tptp.c__SeriesVolumeFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__SeriesVolumeFn tptp.c__PartialValuedRelation) (forall ((TEXT $$unsorted) (INT2 $$unsorted) (INT1 $$unsorted) (VOLUME1 $$unsorted) (VOLUME2 $$unsorted) (CBO1 $$unsorted) (CBO2 $$unsorted) (PUB1 $$unsorted) (PUB2 $$unsorted) (DATE1 $$unsorted) (DATE2 $$unsorted)) (=> (and (tptp.p__d__instance INT1 tptp.c__PositiveInteger) (tptp.p__d__subclass VOLUME1 tptp.c__Text) (tptp.p__d__instance INT2 tptp.c__PositiveInteger) (tptp.p__d__subclass VOLUME2 tptp.c__Text) (tptp.p__d__instance DATE1 tptp.c__Day) (tptp.p__d__instance DATE2 tptp.c__Day) (tptp.p__d__subclass TEXT tptp.c__Periodical) (= (tptp.f__SeriesVolumeFn2 TEXT INT1) VOLUME1) (= (tptp.f__SeriesVolumeFn2 TEXT INT2) VOLUME2) (tptp.p__greaterThan INT2 INT1) (tptp.p__d__instance PUB1 tptp.c__Publication) (tptp.p__d__instance PUB2 tptp.c__Publication) (tptp.p__d__instance CBO1 VOLUME1) (tptp.p__d__instance CBO2 VOLUME2) (tptp.p__patient PUB1 CBO1) (tptp.p__patient PUB2 CBO2) (tptp.p__date PUB1 DATE1) (tptp.p__date PUB2 DATE2)) (tptp.p__before (tptp.f__EndFn1 DATE1) (tptp.f__EndFn1 DATE2)))) (forall ((NUMBER $$unsorted) (SERIES $$unsorted) (VOLUME $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__PositiveInteger) (tptp.p__d__subclass SERIES tptp.c__Series) (tptp.p__d__subclass VOLUME tptp.c__Text) (= (tptp.f__SeriesVolumeFn2 SERIES NUMBER) VOLUME)) (tptp.p__subsumesContentClass SERIES VOLUME))) (tptp.p__d__subclass tptp.c__Series tptp.c__Text) (forall ((SERIES $$unsorted)) (=> (tptp.p__d__instance SERIES tptp.c__Series) (exists ((BOOK1 $$unsorted) (BOOK2 $$unsorted)) (and (tptp.p__d__instance BOOK1 tptp.c__Book) (tptp.p__d__instance BOOK2 tptp.c__Book) (tptp.p__subsumesContentInstance SERIES BOOK1) (tptp.p__subsumesContentInstance SERIES BOOK2) (not (= BOOK1 BOOK2)))))) (tptp.p__d__instance tptp.c__PeriodicalIssueFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__PeriodicalIssueFn tptp.c__PartialValuedRelation) (forall ((NUMBER $$unsorted) (PERIODICAL $$unsorted) (ISSUE $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__PositiveInteger) (tptp.p__d__subclass PERIODICAL tptp.c__Periodical) (tptp.p__d__subclass ISSUE tptp.c__Periodical) (= (tptp.f__PeriodicalIssueFn2 PERIODICAL NUMBER) ISSUE)) (tptp.p__subsumesContentClass PERIODICAL ISSUE))) (tptp.p__d__subclass tptp.c__Periodical tptp.c__Series) (tptp.p__d__subclass tptp.c__Article tptp.c__Text) (tptp.p__d__disjoint tptp.c__Article tptp.c__Book) (forall ((ARTICLE1 $$unsorted) (BOOK $$unsorted)) (=> (and (tptp.p__d__instance ARTICLE1 tptp.c__Article) (tptp.p__d__instance BOOK tptp.c__Book) (tptp.p__subsumesContentInstance BOOK ARTICLE1)) (exists ((ARTICLE2 $$unsorted)) (and (tptp.p__d__instance ARTICLE2 tptp.c__Article) (not (= ARTICLE2 ARTICLE1)) (tptp.p__subsumesContentInstance BOOK ARTICLE2))))) (tptp.p__d__subclass tptp.c__Chapter tptp.c__Article) (forall ((CHAPTER $$unsorted)) (=> (tptp.p__d__instance CHAPTER tptp.c__Chapter) (exists ((BOOK $$unsorted)) (and (tptp.p__d__instance BOOK tptp.c__Book) (tptp.p__subsumesContentInstance BOOK CHAPTER))))) (tptp.p__subrelation tptp.c__titles tptp.c__names) (tptp.p__subrelation tptp.c__formerName tptp.c__names) (tptp.p__d__instance tptp.c__familyName tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__familyName tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__familyName tptp.c__names) (tptp.p__d__instance tptp.c__middleName tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__middleName tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__middleName tptp.c__names) (tptp.p__d__instance tptp.c__givenName tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__givenName tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__givenName tptp.c__names) (tptp.p__d__instance tptp.c__localLongName tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__localLongName tptp.c__names) (tptp.p__subrelation tptp.c__localShortName tptp.c__names) (tptp.p__d__instance tptp.c__localShortName tptp.c__BinaryPredicate) (tptp.p__d__subclass tptp.c__Message tptp.c__FactualText) (tptp.p__d__subclass tptp.c__Report tptp.c__FactualText) (tptp.p__d__subclass tptp.c__Report tptp.c__Article) (tptp.p__d__subclass tptp.c__Newspaper tptp.c__Periodical) (forall ((PAPER $$unsorted)) (=> (tptp.p__d__instance PAPER tptp.c__Newspaper) (exists ((REPORT $$unsorted)) (and (tptp.p__d__instance REPORT tptp.c__Report) (tptp.p__subsumesContentInstance PAPER REPORT))))) (forall ((WEEK $$unsorted) (PAPER $$unsorted)) (=> (and (tptp.p__d__subclass PAPER tptp.c__Newspaper) (tptp.p__d__instance WEEK tptp.c__Week)) (exists ((PUBLICATION $$unsorted) (ISSUE $$unsorted)) (and (tptp.p__d__instance PUBLICATION tptp.c__Publication) (tptp.p__temporalPart (tptp.f__WhenFn1 PUBLICATION) WEEK) (tptp.p__result PUBLICATION ISSUE) (tptp.p__d__instance ISSUE PAPER))))) (tptp.p__d__subclass tptp.c__Magazine tptp.c__Periodical) (tptp.p__d__subclass tptp.c__Letter tptp.c__FactualText) (tptp.p__d__subclass tptp.c__Holiday tptp.c__TimeInterval) (tptp.p__d__subclass tptp.c__FixedHoliday tptp.c__Holiday) (tptp.p__d__subclass tptp.c__MoveableHoliday tptp.c__Holiday) (tptp.p__d__subclass tptp.c__HolidayCard tptp.c__ContentBearingObject) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__HolidayCard) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Holiday) (tptp.p__refers C H))))) (tptp.p__d__subclass tptp.c__HistoricalAccount tptp.c__NarrativeText) (tptp.p__d__subclass tptp.c__HistoricalAccount tptp.c__FactualText) (forall ((ACCOUNT $$unsorted)) (=> (tptp.p__d__instance ACCOUNT tptp.c__HistoricalAccount) (exists ((EVENT $$unsorted)) (and (tptp.p__d__instance EVENT tptp.c__Physical) (tptp.p__represents ACCOUNT EVENT) (tptp.p__earlier (tptp.f__WhenFn1 EVENT) (tptp.f__WhenFn1 ACCOUNT)))))) (tptp.p__d__subclass tptp.c__Biography tptp.c__HistoricalAccount) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Biography) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Human) (tptp.p__refers B H))))) (tptp.p__d__subclass tptp.c__FinancialText tptp.c__Report) (tptp.p__d__subclass tptp.c__FinancialBill tptp.c__FinancialText) (tptp.p__d__subclass tptp.c__ReferenceBook tptp.c__Book) (tptp.p__d__subclass tptp.c__ReferenceBook tptp.c__FactualText) (tptp.p__d__subclass tptp.c__Dictionary tptp.c__ReferenceBook) (tptp.p__d__subclass tptp.c__NarrativeText tptp.c__Text) (tptp.p__d__subclass tptp.c__ShortStory tptp.c__FictionalText) (tptp.p__d__subclass tptp.c__ShortStory tptp.c__Article) (tptp.p__d__subclass tptp.c__MysteryStory tptp.c__FictionalText) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__MysteryStory) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__CriminalAction) (tptp.p__refers S C))))) (tptp.p__d__subclass tptp.c__Novel tptp.c__FictionalText) (tptp.p__d__subclass tptp.c__Novel tptp.c__Book) (tptp.p__d__subclass tptp.c__DramaticPlay tptp.c__FictionalText) (tptp.p__d__subclass tptp.c__Opera tptp.c__DramaticPlay) (tptp.p__d__instance tptp.c__FrenchLanguage tptp.c__SpokenHumanLanguage) (tptp.p__d__instance tptp.c__FrenchLanguage tptp.c__NaturalLanguage) (tptp.p__d__instance tptp.c__GermanLanguage tptp.c__SpokenHumanLanguage) (tptp.p__d__instance tptp.c__GermanLanguage tptp.c__NaturalLanguage) (tptp.p__d__instance tptp.c__GreekLanguage tptp.c__SpokenHumanLanguage) (tptp.p__d__instance tptp.c__GreekLanguage tptp.c__NaturalLanguage) (tptp.p__d__instance tptp.c__LatinLanguage tptp.c__SpokenHumanLanguage) (tptp.p__d__instance tptp.c__LatinLanguage tptp.c__NaturalLanguage) (tptp.p__d__instance tptp.c__RussianLanguage tptp.c__SpokenHumanLanguage) (tptp.p__d__instance tptp.c__RussianLanguage tptp.c__NaturalLanguage) (tptp.p__d__instance tptp.c__SpanishLanguage tptp.c__SpokenHumanLanguage) (tptp.p__d__instance tptp.c__SpanishLanguage tptp.c__NaturalLanguage) (tptp.p__d__subclass tptp.c__LiteracyAttribute tptp.c__TraitAttribute) (tptp.p__d__subclass tptp.c__Industry tptp.c__Collection) (tptp.p__d__subclass tptp.c__Chimney tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__Chimney tptp.c__Device) (tptp.p__d__subclass tptp.c__Curb tptp.c__StationaryArtifact) (forall ((C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__SelfConnectedObject) (tptp.p__d__instance C tptp.c__Curb)) (exists ((S $$unsorted) (R $$unsorted)) (and (tptp.p__d__instance S tptp.c__SelfConnectedObject) (tptp.p__d__instance S tptp.c__Sidewalk) (tptp.p__d__instance R tptp.c__Roadway) (tptp.p__connects C S R))))) (tptp.p__d__instance tptp.c__Paved tptp.c__Attribute) (tptp.p__d__instance tptp.c__Unpaved tptp.c__Attribute) (tptp.p__d__subclass tptp.c__Stairway tptp.c__StationaryArtifact) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Stairway) (and (tptp.p__capability tptp.c__MotionUpward tptp.c__instrument S) (tptp.p__capability tptp.c__MotionDownward tptp.c__instrument S)))) (tptp.p__d__subclass tptp.c__Steps tptp.c__StationaryArtifact) (forall ((STEPS $$unsorted)) (=> (tptp.p__d__instance STEPS tptp.c__Steps) (and (tptp.p__capability tptp.c__MotionUpward tptp.c__instrument STEPS) (tptp.p__capability tptp.c__MotionDownward tptp.c__instrument STEPS)))) (forall ((BUILDING $$unsorted) (LEVEL1 $$unsorted) (LEVEL2 $$unsorted)) (=> (and (tptp.p__d__instance LEVEL1 tptp.c__SelfConnectedObject) (tptp.p__d__instance LEVEL2 tptp.c__SelfConnectedObject) (tptp.p__d__instance LEVEL1 tptp.c__BuildingLevel) (tptp.p__d__instance LEVEL2 tptp.c__BuildingLevel) (not (= LEVEL1 LEVEL2)) (tptp.p__d__instance BUILDING tptp.c__Building) (tptp.p__part LEVEL1 BUILDING) (tptp.p__part LEVEL2 BUILDING)) (exists ((STEPS $$unsorted)) (and (tptp.p__d__instance STEPS tptp.c__SelfConnectedObject) (tptp.p__d__instance STEPS tptp.c__Steps) (tptp.p__connects STEPS LEVEL1 LEVEL2))))) (tptp.p__d__subclass tptp.c__Ladder tptp.c__Artifact) (forall ((LADDER $$unsorted)) (=> (tptp.p__d__instance LADDER tptp.c__Ladder) (and (tptp.p__capability tptp.c__MotionUpward tptp.c__instrument LADDER) (tptp.p__capability tptp.c__MotionDownward tptp.c__instrument LADDER)))) (tptp.p__d__instance tptp.c__Transparent tptp.c__InternalAttribute) (tptp.p__d__subclass tptp.c__Curtain tptp.c__WindowCovering) (tptp.p__d__subclass tptp.c__Curtain tptp.c__Fabric) (tptp.p__d__subclass tptp.c__Window tptp.c__Artifact) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__Window) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Object) (tptp.p__part W A) (or (tptp.p__d__instance A tptp.c__Building) (tptp.p__d__instance A tptp.c__Room) (tptp.p__d__instance A tptp.c__Vehicle)))))) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__Window) (tptp.p__attribute W tptp.c__Transparent))) (tptp.p__d__subclass tptp.c__Skylight tptp.c__Window) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__Skylight) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__Ceiling) (tptp.p__part W C))))) (tptp.p__d__subclass tptp.c__RearWindow tptp.c__VehicleWindow) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__RearWindow) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__SelfConnectedObject) (tptp.p__d__instance A tptp.c__RoadVehicle) (tptp.p__part W (tptp.f__BackFn1 A)))))) (tptp.p__d__subclass tptp.c__WindowCovering tptp.c__Artifact) (tptp.p__d__instance tptp.c__AdjoiningRoom tptp.c__RelationalAttribute) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__Object) (tptp.p__attribute X tptp.c__AdjoiningRoom)) (tptp.p__d__instance X tptp.c__Room))) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__Object) (tptp.p__attribute X tptp.c__AdjoiningRoom)) (exists ((ROOM $$unsorted) (WALL $$unsorted) (DOOR $$unsorted)) (and (tptp.p__d__instance ROOM tptp.c__Object) (tptp.p__attribute ROOM tptp.c__AdjoiningRoom) (not (= ROOM X)) (tptp.p__orientation X ROOM tptp.c__Adjacent) (tptp.p__d__instance WALL tptp.c__Wall) (tptp.p__part WALL ROOM) (tptp.p__part WALL X) (tptp.p__d__instance DOOR tptp.c__Door) (tptp.p__part DOOR WALL))))) (tptp.p__d__subclass tptp.c__TransitwayObstacle tptp.c__Object) (tptp.p__d__subclass tptp.c__Door tptp.c__TransitwayObstacle) (tptp.p__d__subclass tptp.c__Door tptp.c__Device) (forall ((DOOR $$unsorted)) (=> (tptp.p__d__instance DOOR tptp.c__Door) (exists ((WAY $$unsorted)) (and (tptp.p__part DOOR WAY) (tptp.p__d__instance WAY tptp.c__Doorway))))) (tptp.p__d__subclass tptp.c__Hinge tptp.c__EngineeringComponent) (tptp.p__d__subclass tptp.c__Doorway tptp.c__StationaryArtifact) (forall ((WAY $$unsorted)) (=> (tptp.p__d__instance WAY tptp.c__Doorway) (exists ((ARTIFACT $$unsorted)) (and (tptp.p__d__instance ARTIFACT tptp.c__Object) (tptp.p__part WAY ARTIFACT) (or (tptp.p__d__instance ARTIFACT tptp.c__Building) (tptp.p__d__instance ARTIFACT tptp.c__Room)))))) (forall ((DOOR $$unsorted)) (=> (tptp.p__d__instance DOOR tptp.c__Door) (exists ((ARTIFACT $$unsorted)) (and (tptp.p__d__instance ARTIFACT tptp.c__Object) (tptp.p__part DOOR ARTIFACT) (or (tptp.p__d__instance ARTIFACT tptp.c__Building) (tptp.p__d__instance ARTIFACT tptp.c__Room)))))) (tptp.p__d__subclass tptp.c__Wall tptp.c__StationaryArtifact) (forall ((WALL $$unsorted)) (=> (tptp.p__d__instance WALL tptp.c__Wall) (exists ((ARTIFACT $$unsorted)) (and (tptp.p__d__instance ARTIFACT tptp.c__Object) (tptp.p__part WALL ARTIFACT) (or (tptp.p__d__instance ARTIFACT tptp.c__Building) (tptp.p__d__instance ARTIFACT tptp.c__Room)))))) (tptp.p__d__subclass tptp.c__Floor tptp.c__StationaryArtifact) (forall ((FLOOR $$unsorted)) (=> (tptp.p__d__instance FLOOR tptp.c__Floor) (exists ((ARTIFACT $$unsorted)) (and (tptp.p__part FLOOR ARTIFACT) (tptp.p__d__instance ARTIFACT tptp.c__Room))))) (tptp.p__d__subclass tptp.c__Ceiling tptp.c__StationaryArtifact) (forall ((C $$unsorted)) (=> (and (tptp.p__d__instance C tptp.c__SelfConnectedObject) (tptp.p__d__instance C tptp.c__Ceiling)) (exists ((R $$unsorted)) (and (tptp.p__d__instance R tptp.c__SelfConnectedObject) (tptp.p__top C R) (tptp.p__d__instance R tptp.c__Room))))) (tptp.p__d__subclass tptp.c__Roof tptp.c__StationaryArtifact) (forall ((ROOF $$unsorted)) (=> (and (tptp.p__d__instance ROOF tptp.c__SelfConnectedObject) (tptp.p__d__instance ROOF tptp.c__Roof)) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__SelfConnectedObject) (tptp.p__d__instance BUILDING tptp.c__Building) (tptp.p__top ROOF BUILDING))))) (tptp.p__d__subclass tptp.c__Fireplace tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__Fireplace tptp.c__Device) (forall ((F $$unsorted)) (=> (tptp.p__d__instance F tptp.c__Fireplace) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__Chimney) (tptp.p__connected F C))))) (forall ((F $$unsorted)) (=> (tptp.p__d__instance F tptp.c__Fireplace) (exists ((B $$unsorted)) (and (tptp.p__d__instance B tptp.c__Building) (tptp.p__part F B))))) (tptp.p__d__subclass tptp.c__Balcony tptp.c__StationaryArtifact) (forall ((BALCONY $$unsorted)) (=> (tptp.p__d__instance BALCONY tptp.c__Balcony) (exists ((WALL $$unsorted) (LANDAREA $$unsorted)) (and (tptp.p__d__instance WALL tptp.c__Object) (tptp.p__meetsSpatially WALL BALCONY) (tptp.p__d__instance LANDAREA tptp.c__LandArea) (tptp.p__located WALL LANDAREA) (tptp.p__orientation BALCONY LANDAREA tptp.c__Above))))) (tptp.p__d__subclass tptp.c__BuildingLevel tptp.c__StationaryArtifact) (forall ((LEVEL $$unsorted)) (=> (tptp.p__d__instance LEVEL tptp.c__BuildingLevel) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__Building) (tptp.p__part LEVEL BUILDING))))) (tptp.p__d__subclass tptp.c__Basement tptp.c__BuildingLevel) (forall ((BASEMENT $$unsorted)) (=> (tptp.p__d__instance BASEMENT tptp.c__Basement) (forall ((LEVEL $$unsorted) (BUILDING $$unsorted)) (or (not (tptp.p__d__instance LEVEL tptp.c__Object)) (not (tptp.p__d__instance BUILDING tptp.c__Object)) (not (tptp.p__d__instance LEVEL tptp.c__BuildingLevel)) (not (tptp.p__d__instance BUILDING tptp.c__Building)) (not (tptp.p__part LEVEL BUILDING)) (not (tptp.p__part BASEMENT BUILDING)) (= LEVEL BASEMENT) (not (tptp.p__orientation LEVEL BASEMENT tptp.c__Below)))))) (tptp.p__d__subclass tptp.c__Elevator tptp.c__TransportationDevice) (forall ((E $$unsorted)) (=> (tptp.p__d__instance E tptp.c__Elevator) (and (tptp.p__capability tptp.c__MotionUpward tptp.c__instrument E) (tptp.p__capability tptp.c__MotionDownward tptp.c__instrument E)))) (tptp.p__d__subclass tptp.c__Pump tptp.c__TransportationDevice) (forall ((D $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance T tptp.c__Transportation) (tptp.p__instrument T D) (tptp.p__d__instance D tptp.c__Pump)) (exists ((F $$unsorted)) (and (tptp.p__d__instance F tptp.c__Object) (tptp.p__instrument T F) (tptp.p__attribute F tptp.c__Fluid))))) (tptp.p__d__subclass tptp.c__Oar tptp.c__TransportationDevice) (tptp.p__d__subclass tptp.c__Garage tptp.c__StationaryArtifact) (forall ((GARAGE $$unsorted)) (=> (tptp.p__d__instance GARAGE tptp.c__Garage) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__Building) (tptp.p__part GARAGE BUILDING))))) (tptp.p__d__subclass tptp.c__Bathroom tptp.c__Room) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Bathroom) (exists ((W $$unsorted)) (and (tptp.p__d__instance W tptp.c__WashBasin) (tptp.p__located W B))))) (tptp.p__d__subclass tptp.c__Closet tptp.c__Room) (tptp.p__d__subclass tptp.c__DressingRoom tptp.c__Room) (tptp.p__d__subclass tptp.c__SittingArea tptp.c__Region) (forall ((AREA $$unsorted)) (=> (tptp.p__d__instance AREA tptp.c__SittingArea) (exists ((SEAT $$unsorted)) (and (tptp.p__d__instance SEAT tptp.c__Seat) (tptp.p__located SEAT AREA))))) (tptp.p__d__subclass tptp.c__KitchenArea tptp.c__Region) (tptp.p__d__subclass tptp.c__Kitchen tptp.c__Room) (tptp.p__d__subclass tptp.c__Kitchen tptp.c__KitchenArea) (tptp.p__d__subclass tptp.c__DiningArea tptp.c__Region) (tptp.p__d__subclass tptp.c__DiningRoom tptp.c__Room) (tptp.p__d__subclass tptp.c__DiningRoom tptp.c__DiningArea) (tptp.p__d__subclass tptp.c__Bedroom tptp.c__Room) (forall ((ROOM $$unsorted)) (=> (tptp.p__d__instance ROOM tptp.c__Bedroom) (exists ((BED $$unsorted)) (and (tptp.p__d__instance BED tptp.c__Bed) (tptp.p__located BED ROOM))))) (tptp.p__d__subclass tptp.c__Classroom tptp.c__Room) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Classroom) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__School) (tptp.p__part R S))))) (tptp.p__d__subclass tptp.c__Porch tptp.c__StationaryArtifact) (forall ((PORCH $$unsorted)) (=> (tptp.p__d__instance PORCH tptp.c__Porch) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__Building) (tptp.p__connected PORCH BUILDING))))) (tptp.p__d__subclass tptp.c__Sidewalk tptp.c__StationaryArtifact) (forall ((SIDE $$unsorted)) (=> (tptp.p__d__instance SIDE tptp.c__Sidewalk) (exists ((ROAD $$unsorted)) (and (tptp.p__d__instance ROAD tptp.c__Roadway) (tptp.p__orientation SIDE ROAD tptp.c__Near))))) (tptp.p__d__subclass tptp.c__Fence tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__SportsGround tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__IndustrialPlant tptp.c__StationaryArtifact) (forall ((PLANT $$unsorted)) (=> (tptp.p__d__instance PLANT tptp.c__IndustrialPlant) (or (tptp.p__d__instance PLANT tptp.c__Building) (exists ((BUILDING $$unsorted)) (and (tptp.p__d__instance BUILDING tptp.c__Building) (tptp.p__located BUILDING PLANT)))))) (tptp.p__d__subclass tptp.c__Laboratory tptp.c__StationaryArtifact) (forall ((LAB $$unsorted)) (=> (tptp.p__d__instance LAB tptp.c__Laboratory) (exists ((EXPERIMENT $$unsorted)) (and (tptp.p__d__instance EXPERIMENT tptp.c__Experimenting) (tptp.p__eventLocated EXPERIMENT LAB))))) (tptp.p__d__instance tptp.c__experimentalControl tptp.c__CaseRole) (tptp.p__subrelation tptp.c__experimentalControl tptp.c__patient) (tptp.p__d__subclass tptp.c__MilitaryInstallation tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__MilitaryInstallation tptp.c__MilitaryArtifact) (tptp.p__d__subclass tptp.c__Farm tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__Barn tptp.c__Building) (tptp.p__d__disjoint tptp.c__Barn tptp.c__ResidentialBuilding) (forall ((BARN $$unsorted)) (=> (tptp.p__d__instance BARN tptp.c__Barn) (exists ((FARM $$unsorted)) (and (tptp.p__d__instance FARM tptp.c__Farm) (tptp.p__located BARN FARM))))) (tptp.p__d__subclass tptp.c__PerformanceStage tptp.c__StationaryArtifact) (forall ((STAGE $$unsorted)) (=> (tptp.p__d__instance STAGE tptp.c__PerformanceStage) (exists ((AUDITORIUM $$unsorted)) (and (tptp.p__d__instance AUDITORIUM tptp.c__Auditorium) (tptp.p__part STAGE AUDITORIUM))))) (tptp.p__d__subclass tptp.c__PerformanceStageWing tptp.c__StationaryArtifact) (forall ((W $$unsorted)) (=> (tptp.p__d__instance W tptp.c__PerformanceStageWing) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__PerformanceStage) (tptp.p__part W S))))) (tptp.p__d__subclass tptp.c__Magnetism tptp.c__RadiatingElectromagnetic) (tptp.p__d__subclass tptp.c__RadioEmission tptp.c__RadiatingElectromagnetic) (tptp.p__d__subclass tptp.c__Broadcasting tptp.c__Disseminating) (tptp.p__d__subclass tptp.c__Broadcasting tptp.c__RadioEmission) (forall ((BROADCAST $$unsorted)) (=> (tptp.p__d__instance BROADCAST tptp.c__Broadcasting) (exists ((DEVICE $$unsorted)) (and (tptp.p__d__instance DEVICE tptp.c__CommunicationDevice) (tptp.p__instrument BROADCAST DEVICE))))) (tptp.p__d__subclass tptp.c__RadioBroadcasting tptp.c__Broadcasting) (forall ((RADIO $$unsorted)) (=> (tptp.p__d__instance RADIO tptp.c__RadioReceiver) (tptp.p__capability tptp.c__RadioBroadcasting tptp.c__patient RADIO))) (tptp.p__d__subclass tptp.c__TelevisionBroadcasting tptp.c__Broadcasting) (tptp.p__d__subclass tptp.c__PeriodicalPublisher tptp.c__Publisher) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__PeriodicalPublisher) (exists ((PUBLISH $$unsorted) (PERIODICAL $$unsorted)) (and (tptp.p__d__instance PUBLISH tptp.c__Publication) (tptp.p__agent PUBLISH C) (tptp.p__patient PUBLISH PERIODICAL) (tptp.p__d__instance PERIODICAL tptp.c__Periodical))))) (tptp.p__d__subclass tptp.c__Antenna tptp.c__CommunicationDevice) (forall ((ANTENNA $$unsorted)) (=> (tptp.p__d__instance ANTENNA tptp.c__Antenna) (tptp.p__capability tptp.c__RadioEmission tptp.c__instrument ANTENNA))) (tptp.p__d__subclass tptp.c__Explosion tptp.c__Radiating) (forall ((EXPLOSION $$unsorted)) (=> (tptp.p__d__instance EXPLOSION tptp.c__Explosion) (exists ((PROC $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__ChemicalProcess) (tptp.p__causes PROC EXPLOSION))))) (tptp.p__d__subclass tptp.c__Performance tptp.c__Demonstrating) (forall ((PERFORMANCE $$unsorted)) (=> (tptp.p__d__instance PERFORMANCE tptp.c__Performance) (exists ((SUB $$unsorted)) (and (tptp.p__d__instance SUB tptp.c__Process) (tptp.p__subProcess SUB PERFORMANCE) (or (tptp.p__d__instance SUB tptp.c__DramaticActing) (tptp.p__d__instance SUB tptp.c__MakingMusic)))))) (forall ((PERFORMANCE $$unsorted)) (=> (tptp.p__d__instance PERFORMANCE tptp.c__Performance) (exists ((STAGE $$unsorted)) (and (tptp.p__d__instance STAGE tptp.c__PerformanceStage) (tptp.p__eventLocated PERFORMANCE STAGE))))) (tptp.p__d__subclass tptp.c__PerformanceAct tptp.c__Performance) (tptp.p__d__subclass tptp.c__Lecture tptp.c__Demonstrating) (tptp.p__d__subclass tptp.c__Lecture tptp.c__Speaking) (tptp.p__d__subclass tptp.c__Proclaiming tptp.c__Lecture) (tptp.p__d__subclass tptp.c__Proclaiming tptp.c__Declaring) (tptp.p__d__subclass tptp.c__Commenting tptp.c__IntentionalProcess) (forall ((COMMENTING $$unsorted) (PROCESS $$unsorted)) (=> (and (tptp.p__d__instance COMMENTING tptp.c__Commenting) (tptp.p__d__instance PROCESS tptp.c__Process) (tptp.p__patient COMMENTING PROCESS)) (exists ((AGENT $$unsorted) (SPEAKING $$unsorted) (LOOKING $$unsorted)) (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance SPEAKING tptp.c__Speaking) (tptp.p__d__instance LOOKING tptp.c__Looking) (tptp.p__agent SPEAKING AGENT) (tptp.p__agent LOOKING AGENT) (tptp.p__patient LOOKING PROCESS) (tptp.p__refers SPEAKING PROCESS))))) (tptp.p__d__instance tptp.c__commentator tptp.c__BinaryPredicate) (forall ((AGENT $$unsorted) (PROCESS $$unsorted)) (=> (and (tptp.p__d__instance PROCESS tptp.c__Process) (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__commentator AGENT PROCESS)) (exists ((COMMENTING $$unsorted)) (and (tptp.p__d__instance COMMENTING tptp.c__Commenting) (tptp.p__agent COMMENTING AGENT) (tptp.p__patient COMMENTING PROCESS))))) (tptp.p__d__subclass tptp.c__Reciting tptp.c__Speaking) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Reciting) (exists ((P $$unsorted) (T $$unsorted)) (and (tptp.p__d__instance P tptp.c__Proposition) (tptp.p__realization R P) (tptp.p__containsInformation T P) (tptp.p__d__instance T tptp.c__Text))))) (tptp.p__d__subclass tptp.c__MusicalPerformance tptp.c__Performance) (forall ((P $$unsorted) (M $$unsorted)) (=> (and (tptp.p__d__instance M tptp.c__Process) (tptp.p__d__instance P tptp.c__MusicalPerformance) (tptp.p__subProcess M P)) (tptp.p__d__instance M tptp.c__MakingMusic))) (tptp.p__d__subclass tptp.c__Sermon tptp.c__Lecture) (forall ((SERMON $$unsorted)) (=> (tptp.p__d__instance SERMON tptp.c__Sermon) (exists ((SERVICE $$unsorted)) (and (tptp.p__d__instance SERVICE tptp.c__ReligiousService) (tptp.p__subProcess SERMON SERVICE))))) (tptp.p__d__subclass tptp.c__DramaticActing tptp.c__Pretending) (tptp.p__d__subclass tptp.c__DramaticPerformance tptp.c__Performance) (forall ((P $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Process) (tptp.p__d__instance P tptp.c__DramaticPerformance) (tptp.p__subProcess A P)) (tptp.p__d__instance A tptp.c__DramaticActing))) (tptp.p__d__subclass tptp.c__DramaticCast tptp.c__GroupOfPeople) (forall ((CAST $$unsorted)) (=> (tptp.p__d__instance CAST tptp.c__DramaticCast) (exists ((TEXT $$unsorted) (PROP $$unsorted) (PROC $$unsorted)) (and (tptp.p__d__instance PROP tptp.c__Proposition) (tptp.p__d__instance PROC tptp.c__Process) (tptp.p__d__instance TEXT tptp.c__FictionalText) (tptp.p__containsInformation TEXT PROP) (tptp.p__realization PROC PROP) (forall ((MEMBER $$unsorted)) (=> (and (tptp.p__d__instance MEMBER tptp.c__SelfConnectedObject) (tptp.p__d__instance MEMBER tptp.c__Agent) (tptp.p__member MEMBER CAST)) (exists ((SUB $$unsorted)) (and (tptp.p__d__instance SUB tptp.c__DramaticActing) (tptp.p__agent SUB MEMBER) (tptp.p__subProcess SUB PROC))))))))) (tptp.p__d__subclass tptp.c__SocialParty tptp.c__Meeting) (tptp.p__d__subclass tptp.c__SocialParty tptp.c__RecreationOrExercise) (tptp.p__d__subclass tptp.c__FormalMeeting tptp.c__Meeting) (tptp.p__d__disjoint tptp.c__FormalMeeting tptp.c__SocialParty) (forall ((MEETING $$unsorted)) (=> (tptp.p__d__instance MEETING tptp.c__FormalMeeting) (exists ((PLANNING $$unsorted)) (and (tptp.p__d__instance PLANNING tptp.c__Planning) (tptp.p__result PLANNING MEETING) (tptp.p__earlier (tptp.f__WhenFn1 PLANNING) (tptp.f__WhenFn1 MEETING)))))) (tptp.p__d__subclass tptp.c__Funeral tptp.c__Ceremony) (tptp.p__d__subclass tptp.c__Funeral tptp.c__FormalMeeting) (forall ((F $$unsorted)) (=> (tptp.p__d__instance F tptp.c__Funeral) (exists ((D $$unsorted)) (and (tptp.p__d__instance D tptp.c__Death) (tptp.p__refers F D))))) (tptp.p__d__subclass tptp.c__Interviewing tptp.c__FormalMeeting) (tptp.p__d__subclass tptp.c__Choreographing tptp.c__Planning) (forall ((G $$unsorted) (P $$unsorted) (D $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Proposition) (tptp.p__d__instance D tptp.c__Process) (tptp.p__d__instance G tptp.c__Choreographing) (tptp.p__result G P) (tptp.p__realization D P)) (tptp.p__d__instance D tptp.c__Dancing))) (tptp.p__d__subclass tptp.c__Resolution tptp.c__Deciding) (forall ((RESOLUTION $$unsorted)) (=> (tptp.p__d__instance RESOLUTION tptp.c__Resolution) (exists ((AGENT $$unsorted) (MEETING $$unsorted)) (and (tptp.p__d__instance AGENT tptp.c__Organization) (tptp.p__agent RESOLUTION AGENT) (tptp.p__subProcess RESOLUTION MEETING) (tptp.p__d__instance MEETING tptp.c__FormalMeeting))))) (tptp.p__d__subclass tptp.c__Smoking tptp.c__RecreationOrExercise) (forall ((SMOKING $$unsorted)) (=> (tptp.p__d__instance SMOKING tptp.c__Smoking) (exists ((BURN $$unsorted) (BREATHE $$unsorted) (SMOKE $$unsorted)) (and (tptp.p__subProcess BURN SMOKING) (tptp.p__d__instance BURN tptp.c__Combustion) (tptp.p__result BURN SMOKE) (tptp.p__patient BREATHE SMOKE) (tptp.p__d__instance BREATHE tptp.c__Breathing) (tptp.p__subProcess BREATHE SMOKING))))) (tptp.p__d__subclass tptp.c__Jury tptp.c__GroupOfPeople) (tptp.p__d__subclass tptp.c__CriminalGang tptp.c__GroupOfPeople) (tptp.p__d__subclass tptp.c__LegalCharge tptp.c__LegalAction) (forall ((CHARGE $$unsorted)) (=> (tptp.p__d__instance CHARGE tptp.c__LegalCharge) (exists ((GOV $$unsorted)) (and (tptp.p__d__instance GOV tptp.c__Government) (tptp.p__agent CHARGE GOV))))) (tptp.p__d__subclass tptp.c__LegalAppeal tptp.c__Requesting) (tptp.p__d__subclass tptp.c__LegalAppeal tptp.c__JudicialProcess) (tptp.p__d__subclass tptp.c__Pleading tptp.c__Stating) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__Pleading) (exists ((J $$unsorted)) (and (tptp.p__d__instance J tptp.c__JudicialProcess) (tptp.p__subProcess P J))))) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__Pleading) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__CriminalAction) (tptp.p__refers P C))))) (tptp.p__d__instance tptp.c__describes tptp.c__BinaryPredicate) (forall ((FORMULA $$unsorted) (OBJECT $$unsorted)) (=> (and (tptp.p__d__instance OBJECT tptp.c__Object) (tptp.p__d__instance FORMULA tptp.c__Formula) (tptp.p__describes FORMULA OBJECT)) (exists ((STATING $$unsorted) (AGENT $$unsorted)) (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance STATING tptp.c__Stating) (tptp.p__agent STATING AGENT) (tptp.p__patient STATING FORMULA) (tptp.p__refers STATING OBJECT))))) (tptp.p__d__subclass tptp.c__Testifying tptp.c__Stating) (forall ((TESTIFY $$unsorted)) (=> (tptp.p__d__instance TESTIFY tptp.c__Testifying) (exists ((PROC $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__JudicialProcess) (tptp.p__subProcess TESTIFY PROC))))) (tptp.p__d__subclass tptp.c__CourtRoom tptp.c__Room) (forall ((PROCESS $$unsorted)) (=> (tptp.p__d__instance PROCESS tptp.c__JudicialProcess) (exists ((ROOM $$unsorted)) (and (tptp.p__d__instance ROOM tptp.c__CourtRoom) (tptp.p__eventLocated PROCESS ROOM))))) (tptp.p__d__subclass tptp.c__LegalOpinion tptp.c__Argument) (forall ((OPINION $$unsorted)) (=> (tptp.p__d__instance OPINION tptp.c__LegalOpinion) (exists ((DECISION $$unsorted) (TEXT $$unsorted) (PROPOSITION $$unsorted)) (and (tptp.p__d__instance TEXT tptp.c__ContentBearingPhysical) (tptp.p__d__instance PROPOSITION tptp.c__Argument) (tptp.p__d__instance DECISION tptp.c__LegalDecision) (tptp.p__result DECISION TEXT) (tptp.p__containsInformation TEXT PROPOSITION) (tptp.p__conclusion PROPOSITION OPINION))))) (tptp.p__d__subclass tptp.c__LegalAward tptp.c__LegalDecision) (tptp.p__d__subclass tptp.c__LegalConviction tptp.c__LegalDecision) (tptp.p__d__subclass tptp.c__LegalDismissal tptp.c__LegalDecision) (tptp.p__d__subclass tptp.c__LegalSummons tptp.c__Ordering) (tptp.p__d__subclass tptp.c__LegalSummons tptp.c__JudicialProcess) (tptp.p__d__subclass tptp.c__LegalAquittal tptp.c__LegalDecision) (tptp.p__d__subclass tptp.c__Sentencing tptp.c__LegalDecision) (forall ((P $$unsorted) (S $$unsorted)) (=> (and (tptp.p__d__instance S tptp.c__Sentencing) (tptp.p__patient S P)) (exists ((C $$unsorted)) (and (tptp.p__causes C S) (tptp.p__d__instance C tptp.c__LegalConviction) (tptp.p__patient C P) (tptp.p__earlier (tptp.f__WhenFn1 C) (tptp.f__WhenFn1 S)))))) (tptp.p__subrelation tptp.c__defendant tptp.c__patient) (tptp.p__subrelation tptp.c__plaintiff tptp.c__agent) (tptp.p__d__subclass tptp.c__GameCall tptp.c__Deciding) (tptp.p__d__subclass tptp.c__GameCall tptp.c__Declaring) (forall ((CALL $$unsorted)) (=> (tptp.p__d__instance CALL tptp.c__GameCall) (exists ((GAME $$unsorted)) (and (tptp.p__d__instance GAME tptp.c__Game) (tptp.p__refers CALL GAME))))) (tptp.p__d__subclass tptp.c__BeginningOperations tptp.c__OrganizationalProcess) (tptp.p__d__disjoint tptp.c__BeginningOperations tptp.c__CeasingOperations) (tptp.p__d__subclass tptp.c__OrganizationalMerging tptp.c__OrganizationalProcess) (tptp.p__d__subclass tptp.c__CeasingOperations tptp.c__OrganizationalProcess) (tptp.p__d__subclass tptp.c__BecomingDrunk tptp.c__PsychologicalProcess) (tptp.p__d__disjoint tptp.c__BecomingDrunk tptp.c__SoberingUp) (tptp.p__d__instance tptp.c__Sober tptp.c__ConsciousnessAttribute) (tptp.p__d__subclass tptp.c__SoberingUp tptp.c__PsychologicalProcess) (tptp.p__d__subclass tptp.c__FallingAsleep tptp.c__PsychologicalProcess) (tptp.p__d__disjoint tptp.c__FallingAsleep tptp.c__WakingUp) (tptp.p__d__subclass tptp.c__WakingUp tptp.c__PsychologicalProcess) (tptp.p__d__subclass tptp.c__GainingConsciousness tptp.c__PsychologicalProcess) (tptp.p__d__subclass tptp.c__LosingConsciousness tptp.c__PsychologicalProcess) (tptp.p__d__disjoint tptp.c__LosingConsciousness tptp.c__GainingConsciousness) (tptp.p__d__instance tptp.c__issuedBy tptp.c__BinaryPredicate) (forall ((AGENT $$unsorted) (CERT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__d__instance CERT tptp.c__Certificate) (tptp.p__issuedBy CERT AGENT)) (exists ((P $$unsorted)) (and (tptp.p__d__instance P tptp.c__IntentionalProcess) (tptp.p__agent P AGENT) (tptp.p__result P CERT))))) (tptp.p__d__subclass tptp.c__AcademicDegree tptp.c__Certificate) (forall ((DEGREE $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance DEGREE tptp.c__AcademicDegree) (tptp.p__possesses AGENT DEGREE)) (exists ((PROGRAM $$unsorted) (STUDY $$unsorted)) (and (tptp.p__d__instance STUDY tptp.c__Process) (tptp.p__d__instance PROGRAM tptp.c__EducationalProgram) (tptp.p__realization STUDY PROGRAM) (tptp.p__experiencer STUDY AGENT))))) (tptp.p__d__subclass tptp.c__License tptp.c__Certificate) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__License) (exists ((ORG $$unsorted)) (and (tptp.p__d__instance ORG tptp.c__CognitiveAgent) (tptp.p__d__instance ORG tptp.c__GovernmentOrganization) (tptp.p__issuedBy L ORG))))) (tptp.p__d__subclass tptp.c__Ticket tptp.c__Certificate) (tptp.p__d__subclass tptp.c__Passport tptp.c__License) (tptp.p__d__subclass tptp.c__PassCertificate tptp.c__Certificate) (tptp.p__d__subclass tptp.c__Testament tptp.c__Certificate) (forall ((T $$unsorted)) (=> (tptp.p__d__instance T tptp.c__Testament) (exists ((B $$unsorted)) (and (tptp.p__d__instance B tptp.c__Bequeathing) (tptp.p__refers T B))))) (tptp.p__d__instance tptp.c__registeredItem tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__registeredItem tptp.c__refers) (tptp.p__d__subclass tptp.c__EducationalProgram tptp.c__Plan) (forall ((PROGRAM $$unsorted)) (=> (tptp.p__d__instance PROGRAM tptp.c__EducationalProgram) (exists ((COURSE1 $$unsorted) (COURSE2 $$unsorted)) (and (tptp.p__d__instance COURSE1 tptp.c__EducationalCourse) (tptp.p__d__instance COURSE2 tptp.c__EducationalCourse) (not (= COURSE1 COURSE2)) (tptp.p__subPlan COURSE1 PROGRAM) (tptp.p__subPlan COURSE2 PROGRAM))))) (tptp.p__d__subclass tptp.c__EducationalCourse tptp.c__EducationalProgram) (forall ((COURSE $$unsorted)) (=> (tptp.p__d__instance COURSE tptp.c__EducationalCourse) (exists ((CLASS $$unsorted) (ORG $$unsorted)) (and (tptp.p__realization CLASS COURSE) (tptp.p__d__instance CLASS tptp.c__EducationalProcess) (tptp.p__eventLocated CLASS ORG) (tptp.p__d__instance ORG tptp.c__EducationalOrganization))))) (tptp.p__d__subclass tptp.c__SportsPlay tptp.c__Plan) (forall ((SP $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Process) (tptp.p__d__instance SP tptp.c__SportsPlay) (tptp.p__realization P SP)) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__TeamSport) (tptp.p__d__instance P tptp.c__Maneuver) (tptp.p__subProcess P S))))) (tptp.p__d__subclass tptp.c__School tptp.c__EducationalOrganization) (tptp.p__d__subclass tptp.c__PublicSchool tptp.c__School) (tptp.p__d__subclass tptp.c__PublicSchool tptp.c__GovernmentOrganization) (tptp.p__d__subclass tptp.c__PrivateSchool tptp.c__School) (tptp.p__d__disjoint tptp.c__PrivateSchool tptp.c__GovernmentOrganization) (tptp.p__d__subclass tptp.c__HighSchool tptp.c__School) (forall ((COLLEGE $$unsorted) (STUDENT $$unsorted) (ENTER $$unsorted)) (=> (and (tptp.p__d__instance ENTER tptp.c__Matriculation) (tptp.p__agent ENTER COLLEGE) (tptp.p__patient ENTER STUDENT) (tptp.p__d__instance COLLEGE tptp.c__College)) (exists ((GRAD $$unsorted) (SCHOOL $$unsorted)) (and (tptp.p__d__instance GRAD tptp.c__Graduation) (tptp.p__agent GRAD SCHOOL) (tptp.p__patient GRAD STUDENT) (tptp.p__d__instance SCHOOL tptp.c__HighSchool) (tptp.p__earlier (tptp.f__WhenFn1 GRAD) (tptp.f__WhenFn1 ENTER)))))) (tptp.p__d__subclass tptp.c__SecondarySchool tptp.c__School) (forall ((C $$unsorted) (P $$unsorted) (E $$unsorted)) (=> (and (tptp.p__d__instance E tptp.c__Matriculation) (tptp.p__agent E C) (tptp.p__patient E P) (tptp.p__d__instance C tptp.c__College)) (exists ((G $$unsorted) (S $$unsorted)) (and (tptp.p__d__instance G tptp.c__Graduation) (tptp.p__agent G S) (tptp.p__patient G P) (tptp.p__d__instance S tptp.c__SecondarySchool) (tptp.p__earlier (tptp.f__WhenFn1 G) (tptp.f__WhenFn1 E)))))) (tptp.p__d__subclass tptp.c__VocationalSchool tptp.c__School) (tptp.p__d__subclass tptp.c__PostSecondarySchool tptp.c__School) (tptp.p__d__partition4 tptp.c__PostSecondarySchool tptp.c__JuniorCollege tptp.c__College tptp.c__University) (tptp.p__d__subclass tptp.c__JuniorCollege tptp.c__PostSecondarySchool) (tptp.p__d__subclass tptp.c__College tptp.c__PostSecondarySchool) (tptp.p__d__subclass tptp.c__University tptp.c__PostSecondarySchool) (tptp.p__d__subclass tptp.c__GraduateSchool tptp.c__PostSecondarySchool) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__GraduateSchool) (exists ((U $$unsorted)) (and (tptp.p__d__instance U tptp.c__University) (tptp.p__part S U))))) (tptp.p__d__subclass tptp.c__MedicalSchool tptp.c__GraduateSchool) (tptp.p__d__subclass tptp.c__ArtSchool tptp.c__School) (forall ((AS $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance AS tptp.c__ArtSchool) (tptp.p__d__instance P tptp.c__EducationalProcess) (tptp.p__eventLocated P AS)) (exists ((M $$unsorted) (ART $$unsorted)) (and (tptp.p__d__instance M tptp.c__Making) (tptp.p__patient M ART) (tptp.p__d__instance ART tptp.c__ArtWork) (tptp.p__refers P M))))) (tptp.p__d__subclass tptp.c__DaySchool tptp.c__School) (forall ((DS $$unsorted)) (=> (and (tptp.p__d__instance DS tptp.c__PermanentResidence) (tptp.p__d__instance DS tptp.c__DaySchool)) (forall ((S $$unsorted)) (or (not (tptp.p__d__instance S tptp.c__Human)) (not (tptp.p__student S DS)) (not (tptp.p__home S DS)))))) (tptp.p__subrelation tptp.c__student tptp.c__member) (forall ((ORG $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance ORG tptp.c__EducationalOrganization) (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__student AGENT ORG)) (exists ((PROCESS $$unsorted)) (and (tptp.p__d__instance PROCESS tptp.c__EducationalProcess) (tptp.p__eventLocated PROCESS ORG) (tptp.p__destination PROCESS AGENT))))) (tptp.p__subrelation tptp.c__teacher tptp.c__member) (forall ((ORG $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance ORG tptp.c__EducationalOrganization) (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__teacher AGENT ORG)) (exists ((PROCESS $$unsorted)) (and (tptp.p__d__instance PROCESS tptp.c__EducationalProcess) (tptp.p__eventLocated PROCESS ORG) (tptp.p__agent PROCESS AGENT))))) (tptp.p__d__subclass tptp.c__DriversLicense tptp.c__License) (tptp.p__d__subclass tptp.c__InsurancePolicy tptp.c__Certificate) (tptp.p__d__subclass tptp.c__EconomicRelation tptp.c__BinaryRelation) (forall ((REL $$unsorted) (CLASS $$unsorted)) (=> (and (tptp.p__d__instance CLASS tptp.c__SetOrClass) (tptp.p__d__instance REL tptp.c__EconomicRelation) (tptp.p__domain REL tptp.c__1 CLASS)) (tptp.p__d__subclass CLASS tptp.c__GeopoliticalArea))) (tptp.p__d__subclass tptp.c__LaborStriking tptp.c__OrganizationalProcess) (forall ((STRIKE $$unsorted) (ORG $$unsorted) (PERSON $$unsorted)) (=> (and (tptp.p__d__instance STRIKE tptp.c__LaborStriking) (tptp.p__agent STRIKE PERSON) (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__patient STRIKE ORG) (tptp.p__d__instance ORG tptp.c__Organization)) (tptp.p__employs ORG PERSON))) (tptp.p__d__subclass tptp.c__EmploymentFiring tptp.c__TerminatingEmployment) (tptp.p__d__subclass tptp.c__Resigning tptp.c__TerminatingEmployment) (forall ((A $$unsorted) (R $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__CognitiveAgent) (tptp.p__d__instance R tptp.c__Resigning) (tptp.p__agent R A)) (tptp.p__wants A R))) (tptp.p__d__subclass tptp.c__Retiring tptp.c__Resigning) (tptp.p__d__subclass tptp.c__TransferringPosition tptp.c__OrganizationalProcess) (tptp.p__d__instance tptp.c__monetaryWage tptp.c__QuaternaryPredicate) (forall ((TIME $$unsorted) (MONEY $$unsorted) (ORG $$unsorted) (PERSON $$unsorted)) (=> (and (tptp.p__d__instance MONEY tptp.c__CurrencyMeasure) (tptp.p__d__instance TIME tptp.c__TimeDuration) (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__d__instance ORG tptp.c__Organization) (tptp.p__monetaryWage ORG PERSON TIME MONEY)) (tptp.p__employs ORG PERSON))) (tptp.p__d__subclass tptp.c__GameArtifact tptp.c__Artifact) (tptp.p__d__disjointDecomposition3 tptp.c__GameArtifact tptp.c__GameBoard tptp.c__GamePiece) (forall ((ARTIFACT $$unsorted)) (=> (tptp.p__d__instance ARTIFACT tptp.c__GameArtifact) (exists ((GAME $$unsorted)) (and (tptp.p__d__subclass GAME tptp.c__Game) (tptp.p__capability GAME tptp.c__instrument ARTIFACT))))) (tptp.p__d__subclass tptp.c__GameBoard tptp.c__GameArtifact) (tptp.p__d__subclass tptp.c__GamePiece tptp.c__GameArtifact) (tptp.p__d__subclass tptp.c__GameDie tptp.c__GamePiece) (tptp.p__d__subclass tptp.c__Ball tptp.c__GamePiece) (tptp.p__d__subclass tptp.c__ShotBall tptp.c__Ball) (tptp.p__d__subclass tptp.c__GameShot tptp.c__Impelling) (tptp.p__d__subclass tptp.c__GameShot tptp.c__Maneuver) (forall ((SHOT $$unsorted)) (=> (tptp.p__d__instance SHOT tptp.c__GameShot) (exists ((PIECE $$unsorted)) (and (tptp.p__d__instance PIECE tptp.c__GamePiece) (tptp.p__patient SHOT PIECE))))) (forall ((SHOT $$unsorted)) (=> (tptp.p__d__instance SHOT tptp.c__GameShot) (exists ((GAME $$unsorted)) (and (tptp.p__d__instance GAME tptp.c__Game) (tptp.p__subProcess SHOT GAME))))) (tptp.p__d__subclass tptp.c__Score tptp.c__GameShot) (tptp.p__d__subclass tptp.c__GameGoal tptp.c__GameArtifact) (tptp.p__d__subclass tptp.c__SportServe tptp.c__GameShot) (forall ((SS $$unsorted)) (=> (tptp.p__d__instance SS tptp.c__SportServe) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__Sport) (tptp.p__subProcess SS S) (tptp.p__starts (tptp.f__WhenFn1 SS) (tptp.f__WhenFn1 S)))))) (tptp.p__d__subclass tptp.c__Throwing tptp.c__Impelling) (tptp.p__d__subclass tptp.c__Throwing tptp.c__BodyMotion) (forall ((THROW $$unsorted)) (=> (tptp.p__d__instance THROW tptp.c__Throwing) (exists ((ARM $$unsorted)) (and (tptp.p__d__instance ARM tptp.c__Arm) (tptp.p__instrument THROW ARM))))) (tptp.p__d__subclass tptp.c__Pitching tptp.c__Throwing) (tptp.p__d__subclass tptp.c__Pitching tptp.c__GameShot) (forall ((PITCH $$unsorted) (BALL $$unsorted)) (=> (and (tptp.p__d__instance PITCH tptp.c__Pitching) (tptp.p__patient PITCH BALL)) (tptp.p__d__instance BALL tptp.c__Ball))) (tptp.p__d__subclass tptp.c__Catching tptp.c__Touching) (tptp.p__d__subclass tptp.c__Catching tptp.c__Maneuver) (forall ((CATCH $$unsorted) (BALL $$unsorted)) (=> (and (tptp.p__d__instance CATCH tptp.c__Catching) (tptp.p__patient CATCH BALL)) (tptp.p__d__instance BALL tptp.c__Ball))) (tptp.p__d__subclass tptp.c__Sign tptp.c__ContentBearingObject) (tptp.p__d__subclass tptp.c__Sign tptp.c__DisplayArtifact) (tptp.p__d__subclass tptp.c__PlayingCard tptp.c__GameArtifact) (tptp.p__d__subclass tptp.c__PlayingCard tptp.c__ContentBearingObject) (tptp.p__d__subclass tptp.c__Stretching tptp.c__Motion) (tptp.p__d__subclass tptp.c__Stretching tptp.c__Lengthening) (tptp.p__d__subclass tptp.c__Accelerating tptp.c__Translocation) (tptp.p__d__subclass tptp.c__Accelerating tptp.c__Increasing) (tptp.p__d__subclass tptp.c__Decelerating tptp.c__Translocation) (tptp.p__d__subclass tptp.c__Decelerating tptp.c__Decreasing) (forall ((A $$unsorted) (E $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance T tptp.c__TimeInterval) (tptp.p__d__instance E tptp.c__Agent) (tptp.p__d__instance A tptp.c__Accelerating) (= T (tptp.f__WhenFn1 A)) (tptp.p__experiencer A E)) (forall ((D $$unsorted)) (or (not (tptp.p__d__instance D tptp.c__Process)) (not (tptp.p__d__instance D tptp.c__Decelerating)) (not (tptp.p__experiencer D E)) (not (= T (tptp.f__WhenFn1 D))))))) (tptp.p__d__subclass tptp.c__Shortening tptp.c__Decreasing) (tptp.p__d__subclass tptp.c__Flying tptp.c__Translocation) (forall ((FLY $$unsorted)) (=> (tptp.p__d__instance FLY tptp.c__Flying) (exists ((REGION $$unsorted)) (and (tptp.p__d__instance REGION tptp.c__AtmosphericRegion) (tptp.p__eventLocated FLY REGION))))) (tptp.p__d__subclass tptp.c__TakingOff tptp.c__Translocation) (tptp.p__d__subclass tptp.c__Landing tptp.c__Translocation) (tptp.p__d__subclass tptp.c__Returning tptp.c__Translocation) (tptp.p__d__subclass tptp.c__Escaping tptp.c__Translocation) (forall ((AGENT $$unsorted) (ESCAPE $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance ESCAPE tptp.c__Escaping) (tptp.p__agent ESCAPE AGENT)) (exists ((CONFINE $$unsorted)) (and (tptp.p__d__instance CONFINE tptp.c__Confining) (tptp.p__patient CONFINE AGENT) (tptp.p__meetsTemporally (tptp.f__WhenFn1 CONFINE) (tptp.f__WhenFn1 ESCAPE)))))) (tptp.p__d__subclass tptp.c__Leaving tptp.c__Translocation) (forall ((LEAVE $$unsorted)) (=> (tptp.p__d__instance LEAVE tptp.c__Leaving) (exists ((GO $$unsorted)) (and (tptp.p__d__instance GO tptp.c__Translocation) (tptp.p__subProcess LEAVE GO) (tptp.p__starts (tptp.f__WhenFn1 LEAVE) (tptp.f__WhenFn1 GO)))))) (tptp.p__d__subclass tptp.c__Arriving tptp.c__Translocation) (forall ((ARRIVE $$unsorted)) (=> (tptp.p__d__instance ARRIVE tptp.c__Arriving) (exists ((GO $$unsorted)) (and (tptp.p__d__instance GO tptp.c__Translocation) (tptp.p__subProcess ARRIVE GO) (tptp.p__finishes (tptp.f__WhenFn1 ARRIVE) (tptp.f__WhenFn1 GO)))))) (tptp.p__d__subclass tptp.c__Immigrating tptp.c__Translocation) (forall ((I $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Agent) (tptp.p__d__instance I tptp.c__Immigrating) (tptp.p__agent I A)) (tptp.p__d__instance A tptp.c__Human))) (tptp.p__d__subclass tptp.c__Boarding tptp.c__Translocation) (forall ((B $$unsorted) (V $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Boarding) (tptp.p__patient B V)) (tptp.p__d__instance V tptp.c__Vehicle))) (tptp.p__subrelation tptp.c__onboard tptp.c__located) (forall ((V $$unsorted) (O $$unsorted)) (=> (and (tptp.p__d__instance V tptp.c__Vehicle) (tptp.p__d__instance V tptp.c__SelfConnectedObject) (tptp.p__d__instance O tptp.c__SelfConnectedObject) (tptp.p__onboard O V)) (tptp.p__contains V O))) (forall ((V $$unsorted) (T $$unsorted) (O $$unsorted)) (=> (and (tptp.p__d__instance V tptp.c__Vehicle) (tptp.p__d__instance O tptp.c__SelfConnectedObject) (tptp.p__onboard O V) (tptp.p__instrument T V) (tptp.p__d__instance T tptp.c__Transportation)) (tptp.p__patient T O))) (tptp.p__d__subclass tptp.c__Deboarding tptp.c__Translocation) (forall ((B $$unsorted) (VEHICLE $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Deboarding) (tptp.p__patient B VEHICLE)) (tptp.p__d__instance VEHICLE tptp.c__Vehicle))) (tptp.p__d__subclass tptp.c__Rotating tptp.c__Motion) (tptp.p__d__subclass tptp.c__Tremor tptp.c__Rotating) (tptp.p__d__instance tptp.c__axis tptp.c__BinaryPredicate) (forall ((OBJ $$unsorted) (AXIS $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Agent) (tptp.p__d__instance AXIS tptp.c__Agent) (tptp.p__axis AXIS OBJ)) (exists ((R $$unsorted)) (and (tptp.p__d__instance R tptp.c__Rotating) (tptp.p__part AXIS OBJ) (tptp.p__experiencer R OBJ) (forall ((R2 $$unsorted)) (or (not (tptp.p__d__instance R2 tptp.c__Process)) (not (tptp.p__d__instance R2 tptp.c__Rotating)) (not (tptp.p__subProcess R2 R)) (not (tptp.p__experiencer R2 AXIS)))))))) (tptp.p__d__subclass tptp.c__CentrifugalMotion tptp.c__Rotating) (tptp.p__d__disjoint tptp.c__CentrifugalMotion tptp.c__CentripetalMotion) (forall ((CM $$unsorted)) (=> (tptp.p__d__instance CM tptp.c__CentrifugalMotion) (exists ((R $$unsorted) (A $$unsorted) (O1 $$unsorted) (O2 $$unsorted)) (and (tptp.p__d__instance O1 tptp.c__Agent) (tptp.p__d__instance A tptp.c__Object) (tptp.p__d__instance O2 tptp.c__Agent) (tptp.p__d__instance R tptp.c__Rotating) (tptp.p__axis A O1) (tptp.p__origin CM A) (tptp.p__experiencer R O1) (tptp.p__experiencer CM O2) (tptp.p__causes R CM))))) (tptp.p__d__subclass tptp.c__CentripetalMotion tptp.c__Rotating) (forall ((CM $$unsorted)) (=> (tptp.p__d__instance CM tptp.c__CentripetalMotion) (exists ((R $$unsorted) (A $$unsorted) (O1 $$unsorted) (O2 $$unsorted)) (and (tptp.p__d__instance O1 tptp.c__Agent) (tptp.p__d__instance A tptp.c__Object) (tptp.p__d__instance O2 tptp.c__Agent) (tptp.p__d__instance R tptp.c__Rotating) (tptp.p__axis A O1) (tptp.p__destination CM A) (tptp.p__experiencer R O1) (tptp.p__experiencer CM O2) (tptp.p__causes R CM))))) (tptp.p__d__subclass tptp.c__Reversing tptp.c__Motion) (tptp.p__d__subclass tptp.c__Dripping tptp.c__LiquidMotion) (tptp.p__d__subclass tptp.c__Stirring tptp.c__LiquidMotion) (tptp.p__d__subclass tptp.c__Stirring tptp.c__Combining) (tptp.p__d__subclass tptp.c__Pouring tptp.c__LiquidMotion) (tptp.p__d__subclass tptp.c__Pouring tptp.c__Transfer) (forall ((POUR $$unsorted)) (=> (tptp.p__d__instance POUR tptp.c__Pouring) (exists ((LIQUID $$unsorted) (CONTAINER1 $$unsorted) (CONTAINER2 $$unsorted)) (and (tptp.p__origin POUR CONTAINER1) (tptp.p__destination POUR CONTAINER2) (tptp.p__d__instance CONTAINER1 tptp.c__Container) (tptp.p__d__instance CONTAINER2 tptp.c__Container) (not (= CONTAINER1 CONTAINER2)) (tptp.p__patient POUR LIQUID) (tptp.p__attribute LIQUID tptp.c__Liquid) (tptp.p__d__instance LIQUID tptp.c__Substance))))) (tptp.p__d__subclass tptp.c__WaterWave tptp.c__LiquidMotion) (forall ((WAVE $$unsorted)) (=> (tptp.p__d__instance WAVE tptp.c__WaterWave) (exists ((AREA $$unsorted)) (and (tptp.p__d__instance AREA tptp.c__WaterArea) (tptp.p__eventLocated WAVE AREA))))) (tptp.p__d__instance tptp.c__waterDepth tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__waterDepth tptp.c__length) (forall ((DEPTH $$unsorted) (AREA $$unsorted)) (=> (and (tptp.p__d__instance DEPTH tptp.c__LengthMeasure) (tptp.p__d__instance AREA tptp.c__WaterArea) (tptp.p__d__instance AREA tptp.c__SelfConnectedObject) (tptp.p__waterDepth AREA DEPTH)) (exists ((BOTTOM $$unsorted) (TOP $$unsorted)) (and (tptp.p__d__instance BOTTOM tptp.c__SelfConnectedObject) (tptp.p__d__instance TOP tptp.c__SelfConnectedObject) (tptp.p__depth TOP BOTTOM DEPTH) (tptp.p__top TOP AREA) (tptp.p__bottom BOTTOM AREA))))) (tptp.p__d__subclass tptp.c__Flooding tptp.c__LiquidMotion) (tptp.p__d__subclass tptp.c__Spraying tptp.c__LiquidMotion) (tptp.p__d__subclass tptp.c__Spraying tptp.c__Transfer) (tptp.p__d__subclass tptp.c__Pulling tptp.c__Motion) (tptp.p__d__subclass tptp.c__Submarine tptp.c__WaterVehicle) (tptp.p__d__subclass tptp.c__AirTransportation tptp.c__Transportation) (forall ((TRANSPORT $$unsorted)) (=> (tptp.p__d__instance TRANSPORT tptp.c__AirTransportation) (exists ((CRAFT $$unsorted) (REGION $$unsorted)) (and (tptp.p__d__instance CRAFT tptp.c__Aircraft) (tptp.p__d__instance REGION tptp.c__AtmosphericRegion) (tptp.p__instrument TRANSPORT CRAFT) (tptp.p__eventLocated TRANSPORT REGION))))) (tptp.p__d__subclass tptp.c__SpaceTransportation tptp.c__Transportation) (forall ((TRANSPORT $$unsorted)) (=> (tptp.p__d__instance TRANSPORT tptp.c__SpaceTransportation) (exists ((CRAFT $$unsorted) (REGION $$unsorted)) (and (tptp.p__d__instance CRAFT tptp.c__Spacecraft) (tptp.p__d__instance REGION tptp.c__SpaceRegion) (tptp.p__instrument TRANSPORT CRAFT) (tptp.p__eventLocated TRANSPORT REGION))))) (tptp.p__d__subclass tptp.c__Spacecraft tptp.c__Vehicle) (forall ((CRAFT $$unsorted)) (=> (tptp.p__d__instance CRAFT tptp.c__Spacecraft) (tptp.p__capability tptp.c__SpaceTransportation tptp.c__instrument CRAFT))) (tptp.p__d__subclass tptp.c__Rocket tptp.c__Spacecraft) (tptp.p__d__subclass tptp.c__Missile tptp.c__Projectile) (tptp.p__d__subclass tptp.c__Missile tptp.c__SelfPoweredDevice) (forall ((M $$unsorted)) (=> (tptp.p__d__instance M tptp.c__Missile) (exists ((B $$unsorted)) (and (tptp.p__d__instance B tptp.c__Bomb) (tptp.p__part B M))))) (tptp.p__d__subclass tptp.c__BallisticMissile tptp.c__Missile) (tptp.p__d__subclass tptp.c__WaterTransportation tptp.c__Transportation) (forall ((TRANSPORT $$unsorted)) (=> (tptp.p__d__instance TRANSPORT tptp.c__WaterTransportation) (exists ((CRAFT $$unsorted) (AREA $$unsorted)) (and (tptp.p__d__instance CRAFT tptp.c__WaterVehicle) (tptp.p__d__instance AREA tptp.c__WaterArea) (tptp.p__instrument TRANSPORT CRAFT) (tptp.p__eventLocated TRANSPORT AREA))))) (forall ((CRAFT $$unsorted)) (=> (tptp.p__d__instance CRAFT tptp.c__WaterVehicle) (tptp.p__capability tptp.c__WaterTransportation tptp.c__instrument CRAFT))) (tptp.p__d__subclass tptp.c__Rowing tptp.c__WaterTransportation) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Rowing) (exists ((O $$unsorted)) (and (tptp.p__d__instance O tptp.c__Oar) (tptp.p__instrument R O))))) (tptp.p__d__subclass tptp.c__LandTransportation tptp.c__Transportation) (forall ((LAND $$unsorted)) (=> (tptp.p__d__instance LAND tptp.c__LandTransportation) (exists ((CRAFT $$unsorted) (AREA $$unsorted)) (and (tptp.p__d__instance CRAFT tptp.c__LandVehicle) (tptp.p__d__instance AREA tptp.c__LandArea) (tptp.p__instrument LAND CRAFT) (tptp.p__located CRAFT AREA))))) (forall ((VEHICLE $$unsorted)) (=> (tptp.p__d__instance VEHICLE tptp.c__LandVehicle) (tptp.p__capability tptp.c__LandTransportation tptp.c__instrument VEHICLE))) (forall ((T $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Object) (tptp.p__d__instance T tptp.c__LandTransportation) (tptp.p__path T P)) (tptp.p__d__instance P tptp.c__LandTransitway))) (tptp.p__d__subclass tptp.c__TransportViaRoadVehicle tptp.c__Transportation) (tptp.p__d__subclass tptp.c__TransportViaRoadVehicle tptp.c__LandTransportation) (tptp.p__d__subclass tptp.c__FlyingAircraft tptp.c__Driving) (forall ((FLY $$unsorted)) (=> (tptp.p__d__instance FLY tptp.c__FlyingAircraft) (exists ((CRAFT $$unsorted)) (and (tptp.p__d__instance CRAFT tptp.c__Aircraft) (tptp.p__patient FLY CRAFT))))) (forall ((FLY $$unsorted)) (=> (tptp.p__d__instance FLY tptp.c__FlyingAircraft) (exists ((FLIGHT $$unsorted)) (and (tptp.p__d__instance FLIGHT tptp.c__AirTransportation) (tptp.p__subProcess FLY FLIGHT))))) (tptp.p__d__subclass tptp.c__Aircraft tptp.c__Vehicle) (forall ((CRAFT $$unsorted)) (=> (tptp.p__d__instance CRAFT tptp.c__Aircraft) (tptp.p__capability tptp.c__AirTransportation tptp.c__instrument CRAFT))) (tptp.p__d__subclass tptp.c__Helicopter tptp.c__Aircraft) (tptp.p__d__subclass tptp.c__MilitaryArtifact tptp.c__Artifact) (tptp.p__d__subclass tptp.c__ExplosiveDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__ExplosiveMine tptp.c__ExplosiveDevice) (tptp.p__d__subclass tptp.c__ExplosiveMine tptp.c__Weapon) (tptp.p__d__subclass tptp.c__ExplosiveSubstance tptp.c__Substance) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__ExplosiveSubstance) (tptp.p__capability tptp.c__Explosion tptp.c__instrument S))) (forall ((D $$unsorted)) (=> (tptp.p__d__instance D tptp.c__ExplosiveDevice) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__ExplosiveSubstance) (tptp.p__part S D))))) (tptp.p__d__subclass tptp.c__Driveway tptp.c__Roadway) (tptp.p__d__instance tptp.c__OperatingFn tptp.c__UnaryFunction) (tptp.p__d__subclass tptp.c__Installing tptp.c__Putting) (forall ((INSTALL $$unsorted) (DEVICE $$unsorted)) (=> (and (tptp.p__d__instance INSTALL tptp.c__Installing) (tptp.p__patient INSTALL DEVICE)) (tptp.p__d__instance DEVICE tptp.c__Device))) (tptp.p__d__subclass tptp.c__Rock tptp.c__Substance) (forall ((Rock $$unsorted)) (=> (tptp.p__d__instance Rock tptp.c__Rock) (tptp.p__attribute Rock tptp.c__Solid))) (forall ((Rock $$unsorted)) (=> (tptp.p__d__instance Rock tptp.c__Rock) (exists ((Mineral $$unsorted)) (and (tptp.p__d__instance Mineral tptp.c__Mineral) (tptp.p__part Mineral Rock))))) (tptp.p__d__subclass tptp.c__Soil tptp.c__Mixture) (forall ((Soil $$unsorted)) (=> (tptp.p__d__instance Soil tptp.c__Soil) (exists ((Humus $$unsorted) (Mineral $$unsorted)) (and (tptp.p__d__instance Humus tptp.c__Humus) (tptp.p__d__instance Mineral tptp.c__Mineral) (tptp.p__part Humus Soil) (tptp.p__part Mineral Soil))))) (tptp.p__d__subclass tptp.c__Clay tptp.c__Soil) (tptp.p__d__subclass tptp.c__Humus tptp.c__Mixture) (forall ((Humus $$unsorted)) (=> (tptp.p__d__instance Humus tptp.c__Humus) (exists ((Soil $$unsorted)) (and (tptp.p__d__instance Soil tptp.c__Soil) (tptp.p__part Humus Soil))))) (tptp.p__d__subclass tptp.c__Burying tptp.c__Putting) (tptp.p__d__subclass tptp.c__Burying tptp.c__Digging) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Burying) (exists ((C $$unsorted) (S $$unsorted)) (and (tptp.p__d__instance C tptp.c__Covering) (tptp.p__instrument C S) (tptp.p__d__instance S tptp.c__Soil) (tptp.p__subProcess C B))))) (tptp.p__d__subclass tptp.c__Digging tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__Digging tptp.c__SurfaceChange) (forall ((D $$unsorted)) (=> (tptp.p__d__instance D tptp.c__Digging) (exists ((S $$unsorted)) (and (tptp.p__patient D S) (tptp.p__d__instance S tptp.c__Soil))))) (tptp.p__d__subclass tptp.c__Tilling tptp.c__Digging) (tptp.p__d__subclass tptp.c__Tilling tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__Tilling tptp.c__SurfaceChange) (forall ((TILL $$unsorted) (SOIL $$unsorted)) (=> (and (tptp.p__d__instance TILL tptp.c__Tilling) (tptp.p__patient TILL SOIL)) (tptp.p__d__instance SOIL tptp.c__Soil))) (forall ((T $$unsorted)) (=> (tptp.p__d__instance T tptp.c__Tilling) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Agriculture) (tptp.p__subProcess T A))))) (tptp.p__d__subclass tptp.c__Entombing tptp.c__Putting) (forall ((E $$unsorted) (C $$unsorted)) (=> (and (tptp.p__d__instance E tptp.c__Entombing) (tptp.p__patient E C)) (tptp.p__d__instance C tptp.c__HumanCorpse))) (forall ((E $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance E tptp.c__Entombing) (tptp.p__destination E T)) (tptp.p__d__instance T tptp.c__Tomb))) (tptp.p__d__subclass tptp.c__MovingResidence tptp.c__Transfer) (tptp.p__d__subclass tptp.c__Harvesting tptp.c__Removing) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__Harvesting) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Agriculture) (tptp.p__subProcess H A))))) (forall ((H $$unsorted) (C $$unsorted)) (=> (and (tptp.p__d__instance H tptp.c__Harvesting) (tptp.p__result H C)) (or (tptp.p__d__instance C tptp.c__PlantAnatomicalStructure) (tptp.p__d__instance C tptp.c__PlantSubstance)))) (tptp.p__d__subclass tptp.c__Drilling tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__Drilling tptp.c__SurfaceChange) (tptp.p__d__subclass tptp.c__Drill tptp.c__CuttingDevice) (tptp.p__d__subclass tptp.c__Saw tptp.c__CuttingDevice) (tptp.p__d__subclass tptp.c__PaperShredder tptp.c__CuttingDevice) (tptp.p__d__subclass tptp.c__Memorizing tptp.c__Learning) (forall ((M $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance M tptp.c__Memorizing) (tptp.p__patient M T)) (tptp.p__d__instance T tptp.c__Text))) (tptp.p__d__subclass tptp.c__Imagining tptp.c__PsychologicalProcess) (tptp.p__d__subclass tptp.c__Dreaming tptp.c__Imagining) (tptp.p__d__disjoint tptp.c__Dreaming tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__Frightening tptp.c__PsychologicalProcess) (tptp.p__d__subclass tptp.c__Execution tptp.c__Killing) (forall ((E $$unsorted)) (=> (tptp.p__d__instance E tptp.c__Execution) (exists ((P $$unsorted)) (and (tptp.p__patient E P) (tptp.p__d__instance P tptp.c__Human))))) (tptp.p__d__subclass tptp.c__Suicide tptp.c__Killing) (forall ((S $$unsorted)) (=> (tptp.p__d__instance S tptp.c__Suicide) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__Agent) (tptp.p__agent S A) (tptp.p__experiencer S A))))) (tptp.p__d__subclass tptp.c__Trespassing tptp.c__CriminalAction) (tptp.p__d__subclass tptp.c__Trespassing tptp.c__Translocation) (tptp.p__d__subclass tptp.c__Protecting tptp.c__Maintaining) (tptp.p__d__subclass tptp.c__Murder tptp.c__Killing) (tptp.p__d__subclass tptp.c__Murder tptp.c__CriminalAction) (forall ((MURDER $$unsorted)) (=> (tptp.p__d__instance MURDER tptp.c__Murder) (exists ((PERSON $$unsorted)) (and (tptp.p__patient MURDER PERSON) (tptp.p__d__instance PERSON tptp.c__Human))))) (tptp.p__d__subclass tptp.c__Suffocating tptp.c__Killing) (tptp.p__d__subclass tptp.c__Hanging tptp.c__Suffocating) (tptp.p__d__subclass tptp.c__Starving tptp.c__Killing) (tptp.p__d__subclass tptp.c__MusicalConducting tptp.c__Guiding) (forall ((CONDUCT $$unsorted)) (=> (tptp.p__d__instance CONDUCT tptp.c__MusicalConducting) (exists ((MUSIC $$unsorted)) (and (tptp.p__d__instance MUSIC tptp.c__MusicalPerformance) (tptp.p__subProcess CONDUCT MUSIC))))) (tptp.p__d__subclass tptp.c__OrchestralConducting tptp.c__MusicalConducting) (forall ((CONDUCT $$unsorted) (GRP $$unsorted)) (=> (and (tptp.p__d__instance CONDUCT tptp.c__OrchestralConducting) (tptp.p__patient CONDUCT GRP)) (tptp.p__d__instance GRP tptp.c__Orchestra))) (tptp.p__d__subclass tptp.c__MusicalGroup tptp.c__GroupOfPeople) (tptp.p__d__subclass tptp.c__Orchestra tptp.c__MusicalGroup) (tptp.p__d__subclass tptp.c__DramaticDirecting tptp.c__Guiding) (forall ((DIRECT $$unsorted) (ACT $$unsorted)) (=> (and (tptp.p__d__instance DIRECT tptp.c__DramaticDirecting) (tptp.p__patient DIRECT ACT)) (tptp.p__d__instance ACT tptp.c__DramaticActing))) (tptp.p__d__subclass tptp.c__Sharing tptp.c__ChangeOfPossession) (forall ((SHARE 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(tptp.p__finishes SET DAY))))) (tptp.p__d__subclass tptp.c__Morning tptp.c__DayTime) (tptp.p__d__subclass tptp.c__AnteMeridiem tptp.c__TimeInterval) (tptp.p__d__subclass tptp.c__PostMeridiem tptp.c__TimeInterval) (tptp.p__d__subclass tptp.c__Afternoon tptp.c__DayTime) (tptp.p__d__subclass tptp.c__Sunrise tptp.c__TimeInterval) (tptp.p__d__subclass tptp.c__Sunset tptp.c__TimeInterval) (tptp.p__d__subclass tptp.c__Weekend tptp.c__TimeInterval) (forall ((WEEKEND $$unsorted)) (=> (tptp.p__d__instance WEEKEND tptp.c__Weekend) (exists ((SATURDAY $$unsorted) (SUNDAY $$unsorted)) (and (tptp.p__d__instance SATURDAY tptp.c__Saturday) (tptp.p__d__instance SUNDAY tptp.c__Sunday) (tptp.p__starts SATURDAY WEEKEND) (tptp.p__finishes SUNDAY WEEKEND) (tptp.p__meetsTemporally SATURDAY SUNDAY))))) (tptp.p__d__subclass tptp.c__SeasonOfYear tptp.c__TimeInterval) (tptp.p__d__partition5 tptp.c__SeasonOfYear tptp.c__WinterSeason tptp.c__SpringSeason tptp.c__SummerSeason tptp.c__FallSeason) (tptp.p__d__subclass tptp.c__WinterSeason tptp.c__SeasonOfYear) (forall ((WINTER $$unsorted)) (=> (tptp.p__d__instance WINTER tptp.c__WinterSeason) (exists ((SPRING $$unsorted)) (and (tptp.p__d__instance SPRING tptp.c__SpringSeason) (tptp.p__meetsTemporally WINTER SPRING))))) (forall ((WINTER $$unsorted)) (=> (tptp.p__d__instance WINTER tptp.c__WinterSeason) (exists ((AUTUMN $$unsorted)) (and (tptp.p__d__instance AUTUMN tptp.c__FallSeason) (tptp.p__meetsTemporally AUTUMN WINTER))))) (tptp.p__d__subclass tptp.c__SpringSeason tptp.c__SeasonOfYear) (forall ((SPRING $$unsorted)) (=> (tptp.p__d__instance SPRING tptp.c__SpringSeason) (exists ((SUMMER $$unsorted)) (and (tptp.p__d__instance SUMMER tptp.c__SummerSeason) (tptp.p__meetsTemporally SPRING SUMMER))))) (forall ((SPRING $$unsorted)) (=> (tptp.p__d__instance SPRING tptp.c__SpringSeason) (exists ((WINTER $$unsorted)) (and (tptp.p__d__instance WINTER tptp.c__WinterSeason) (tptp.p__meetsTemporally WINTER SPRING))))) (tptp.p__d__subclass tptp.c__SummerSeason tptp.c__SeasonOfYear) (forall ((SUMMER $$unsorted)) (=> (tptp.p__d__instance SUMMER tptp.c__SummerSeason) (exists ((SPRING $$unsorted)) (and (tptp.p__d__instance SPRING tptp.c__SpringSeason) (tptp.p__meetsTemporally SPRING SUMMER))))) (forall ((SUMMER $$unsorted)) (=> (tptp.p__d__instance SUMMER tptp.c__SummerSeason) (exists ((AUTUMN $$unsorted)) (and (tptp.p__d__instance AUTUMN tptp.c__FallSeason) (tptp.p__meetsTemporally SUMMER AUTUMN))))) (tptp.p__d__subclass tptp.c__FallSeason tptp.c__SeasonOfYear) (forall ((AUTUMN $$unsorted)) (=> (tptp.p__d__instance AUTUMN tptp.c__FallSeason) (exists ((SUMMER $$unsorted)) (and (tptp.p__d__instance SUMMER tptp.c__SummerSeason) (tptp.p__meetsTemporally SUMMER AUTUMN))))) (forall ((AUTUMN $$unsorted)) (=> (tptp.p__d__instance AUTUMN tptp.c__FallSeason) (exists ((WINTER $$unsorted)) (and (tptp.p__d__instance WINTER tptp.c__WinterSeason) (tptp.p__meetsTemporally AUTUMN WINTER))))) (tptp.p__d__instance tptp.c__Upstairs tptp.c__PositionalAttribute) 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tptp.c__Excitement tptp.c__Happiness) (tptp.p__subAttribute tptp.c__Anxiety tptp.c__Unhappiness) (forall ((PERSON $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__CognitiveAgent) (tptp.p__attribute PERSON tptp.c__Anxiety)) (exists ((PROP $$unsorted)) (and (tptp.p__d__instance PROP tptp.c__Formula) (tptp.p__fears PERSON PROP))))) (tptp.p__subAttribute tptp.c__Anger tptp.c__Unhappiness) (forall ((PERSON $$unsorted)) (=> (and (tptp.p__d__instance PERSON tptp.c__CognitiveAgent) (tptp.p__attribute PERSON tptp.c__Anger)) (exists ((PROP $$unsorted)) (and (tptp.p__d__instance PROP tptp.c__Formula) (tptp.p__disapproves PERSON PROP))))) (tptp.p__subAttribute tptp.c__Pain tptp.c__Unhappiness) (tptp.p__subAttribute tptp.c__Headache tptp.c__Pain) (forall ((E $$unsorted)) (=> (and (tptp.p__d__instance E tptp.c__Object) (tptp.p__attribute E tptp.c__Headache)) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Head) (tptp.p__properPart H E) (tptp.p__attribute H tptp.c__Pain))))) (tptp.p__d__instance tptp.c__Surprise tptp.c__EmotionalState) (tptp.p__d__instance tptp.c__structure tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__structure tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__structure tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__structure tptp.c__attribute) (tptp.p__subrelation tptp.c__color tptp.c__attribute) (tptp.p__d__subclass tptp.c__SecondaryColor tptp.c__ColorAttribute) (forall ((COLOR $$unsorted) (OBJ $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__d__instance COLOR tptp.c__SecondaryColor) (tptp.p__attribute OBJ COLOR)) (exists ((PROCESS $$unsorted) (RESOURCE1 $$unsorted) (RESOURCE2 $$unsorted) (PRIMARY1 $$unsorted) (PRIMARY2 $$unsorted)) (and (tptp.p__d__instance PROCESS tptp.c__Process) (tptp.p__d__instance RESOURCE1 tptp.c__Object) (tptp.p__d__instance RESOURCE2 tptp.c__Object) (tptp.p__result PROCESS OBJ) (tptp.p__resource PROCESS RESOURCE1) (tptp.p__resource PROCESS RESOURCE2) (tptp.p__attribute RESOURCE1 PRIMARY1) (tptp.p__attribute RESOURCE2 PRIMARY2) (tptp.p__d__instance PRIMARY1 tptp.c__PrimaryColor) (tptp.p__d__instance PRIMARY2 tptp.c__PrimaryColor) (not (= PRIMARY1 PRIMARY2)))))) (tptp.p__d__instance tptp.c__GrayColor tptp.c__SecondaryColor) (tptp.p__d__instance tptp.c__Pink tptp.c__SecondaryColor) (tptp.p__d__instance tptp.c__Brown tptp.c__SecondaryColor) (tptp.p__d__instance tptp.c__OrangeColor tptp.c__SecondaryColor) (tptp.p__d__instance tptp.c__Green tptp.c__SecondaryColor) (tptp.p__d__instance tptp.c__Purple tptp.c__SecondaryColor) (tptp.p__d__instance tptp.c__LineFormation tptp.c__ShapeAttribute) (forall ((COLLECTION $$unsorted)) (=> (and (tptp.p__d__instance COLLECTION tptp.c__Object) (tptp.p__attribute COLLECTION tptp.c__LineFormation)) (tptp.p__d__instance COLLECTION tptp.c__Collection))) (tptp.p__d__instance tptp.c__Stressed tptp.c__SoundAttribute) (forall ((SYLLABLE $$unsorted)) (=> (and (tptp.p__d__instance SYLLABLE tptp.c__Object) (tptp.p__attribute SYLLABLE tptp.c__Stressed)) (tptp.p__d__instance SYLLABLE tptp.c__Syllable))) (forall ((WORD $$unsorted) (SYLLABLE $$unsorted)) (=> (and (tptp.p__d__instance SYLLABLE tptp.c__Object) (tptp.p__d__instance WORD tptp.c__Object) (tptp.p__attribute SYLLABLE tptp.c__Stressed) (tptp.p__d__instance WORD tptp.c__Word) (tptp.p__part SYLLABLE WORD)) (forall ((SYLLABLE2 $$unsorted)) (or (not (tptp.p__d__instance SYLLABLE2 tptp.c__Object)) (not (tptp.p__d__instance SYLLABLE2 tptp.c__Syllable)) (not (tptp.p__part SYLLABLE2 WORD)) (not (tptp.p__attribute SYLLABLE2 tptp.c__Stressed)) (= SYLLABLE2 SYLLABLE))))) (tptp.p__d__subclass tptp.c__Syllable tptp.c__SymbolicString) (forall ((WORD $$unsorted)) (=> (and (tptp.p__d__instance WORD tptp.c__Object) (tptp.p__d__instance WORD tptp.c__Word)) (exists ((SYLLABLE $$unsorted)) (and (tptp.p__d__instance SYLLABLE tptp.c__Syllable) (tptp.p__part SYLLABLE WORD))))) (tptp.p__d__subclass tptp.c__AlphabeticCharacter tptp.c__Character) (tptp.p__d__subclass tptp.c__DigitCharacter tptp.c__Character) (tptp.p__d__subclass tptp.c__Consonant tptp.c__AlphabeticCharacter) (tptp.p__d__subclass tptp.c__Vowel tptp.c__AlphabeticCharacter) (tptp.p__d__instance tptp.c__Lost tptp.c__ContestAttribute) (tptp.p__contraryAttribute2 tptp.c__Lost tptp.c__Won) (tptp.p__d__instance tptp.c__Won tptp.c__ContestAttribute) (tptp.p__d__instance tptp.c__TieScore tptp.c__ContestAttribute) (tptp.p__d__subclass tptp.c__GameAttribute tptp.c__ContestAttribute) (tptp.p__d__subclass tptp.c__SportsAttribute tptp.c__GameAttribute) (tptp.p__d__instance tptp.c__Foul tptp.c__SportsAttribute) (tptp.p__d__instance tptp.c__SportsOut tptp.c__SportsAttribute) (tptp.p__d__subclass tptp.c__PoliticoEconomicAttribute tptp.c__RelationalAttribute) (tptp.p__d__partition3 tptp.c__PoliticoEconomicAttribute tptp.c__FormOfGovernment tptp.c__EconomicAttribute) (forall ((ATTRIBUTE $$unsorted) (GOVERNMENT $$unsorted)) (=> (and (tptp.p__d__instance GOVERNMENT tptp.c__Object) (tptp.p__d__instance ATTRIBUTE tptp.c__PoliticoEconomicAttribute) (tptp.p__attribute GOVERNMENT ATTRIBUTE)) (tptp.p__d__instance GOVERNMENT tptp.c__Government))) (tptp.p__d__subclass tptp.c__EconomicAttribute tptp.c__PoliticoEconomicAttribute) (tptp.p__d__subclass tptp.c__FormOfGovernment tptp.c__PoliticoEconomicAttribute) (tptp.p__d__subclass tptp.c__ChemicalReduction tptp.c__ChemicalSynthesis) (tptp.p__d__disjoint tptp.c__ChemicalReduction tptp.c__Oxidation) (tptp.p__d__subclass tptp.c__Oxidation tptp.c__ChemicalDecomposition) (tptp.p__d__subclass tptp.c__Dialysis tptp.c__Separating) (forall ((DIALYSIS $$unsorted)) (=> (tptp.p__d__instance DIALYSIS tptp.c__Dialysis) (exists ((SOLUTION $$unsorted) (SUBSTANCE1 $$unsorted) (SUBSTANCE2 $$unsorted)) (and (tptp.p__resource DIALYSIS SOLUTION) (tptp.p__d__instance SOLUTION tptp.c__Solution) (tptp.p__result DIALYSIS SUBSTANCE1) (tptp.p__d__instance SUBSTANCE1 tptp.c__PureSubstance) (tptp.p__result DIALYSIS SUBSTANCE2) (tptp.p__d__instance SUBSTANCE2 tptp.c__PureSubstance) (not (= SUBSTANCE1 SUBSTANCE2)))))) (tptp.p__d__subclass tptp.c__Diluting tptp.c__Putting) (forall ((D $$unsorted)) (=> (tptp.p__d__instance D tptp.c__Diluting) (exists ((S $$unsorted)) (and (tptp.p__patient D S) (tptp.p__d__instance S tptp.c__Solution) (tptp.p__attribute S tptp.c__Liquid))))) (tptp.p__d__instance tptp.c__ChemicalEquilibrium tptp.c__InternalAttribute) (forall ((PROCESS $$unsorted)) (=> (tptp.p__property PROCESS tptp.c__ChemicalEquilibrium) (tptp.p__d__instance PROCESS tptp.c__ChemicalProcess))) (tptp.p__d__subclass tptp.c__Chromatography tptp.c__Separating) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Chromatography) (exists ((M $$unsorted)) (and (tptp.p__d__instance M tptp.c__Object) (tptp.p__resource C M) (or (tptp.p__d__instance M tptp.c__LiquidMixture) (tptp.p__d__instance M tptp.c__GasMixture)))))) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Chromatography) (exists ((S $$unsorted)) (and (tptp.p__d__instance S tptp.c__PureSubstance) (tptp.p__result C S))))) (tptp.p__d__subclass tptp.c__BreakabilityAttribute tptp.c__InternalAttribute) (tptp.p__d__instance tptp.c__Fragile tptp.c__BreakabilityAttribute) (tptp.p__d__instance tptp.c__Unbreakable tptp.c__BreakabilityAttribute) (tptp.p__contraryAttribute2 tptp.c__Unbreakable tptp.c__Fragile) (tptp.p__subrelation tptp.c__contestParticipant tptp.c__agent) (tptp.p__d__instance tptp.c__contestParticipant tptp.c__TotalValuedRelation) (tptp.p__d__subclass tptp.c__CivilWar tptp.c__War) (forall ((WAR $$unsorted)) (=> (tptp.p__d__instance WAR tptp.c__CivilWar) (exists ((NATION $$unsorted)) (and (tptp.p__d__instance NATION tptp.c__Nation) (forall ((AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__GeopoliticalArea) (tptp.p__contestParticipant WAR AGENT)) (tptp.p__geopoliticalSubdivision AGENT NATION))))))) (tptp.p__d__subclass tptp.c__Debating tptp.c__Contest) (tptp.p__d__subclass tptp.c__Debating tptp.c__LinguisticCommunication) (tptp.p__d__subclass tptp.c__Negotiating tptp.c__Contest) (tptp.p__d__subclass tptp.c__Negotiating tptp.c__LinguisticCommunication) (tptp.p__d__subclass tptp.c__BusinessCompetition tptp.c__Contest) (forall ((CONTEST $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance CONTEST tptp.c__BusinessCompetition) (tptp.p__contestParticipant CONTEST AGENT)) (tptp.p__d__instance AGENT tptp.c__Corporation))) (tptp.p__d__subclass tptp.c__VisualAcuityAttribute tptp.c__BiologicalAttribute) (tptp.p__d__instance tptp.c__ColorBlind tptp.c__VisualAcuityAttribute) (tptp.p__d__subclass tptp.c__Disability tptp.c__DiseaseOrSyndrome) (tptp.p__d__subclass tptp.c__PhysicalDisability tptp.c__Disability) (tptp.p__d__subclass tptp.c__SensoryDisability tptp.c__Disability) (tptp.p__d__instance tptp.c__Blind tptp.c__VisualAcuityAttribute) (tptp.p__d__instance tptp.c__Blind tptp.c__SensoryDisability) (forall ((AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Object) (tptp.p__attribute AGENT tptp.c__Blind)) (not (tptp.p__capability tptp.c__Seeing tptp.c__agent AGENT)))) (tptp.p__d__instance tptp.c__Deaf tptp.c__SensoryDisability) (forall ((A $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Object) (tptp.p__attribute A tptp.c__Deaf)) (not (tptp.p__capability tptp.c__Hearing tptp.c__agent A)))) (tptp.p__d__instance tptp.c__Hungry tptp.c__BiologicalAttribute) (tptp.p__d__instance tptp.c__Pregnant tptp.c__BiologicalAttribute) (forall ((H $$unsorted)) (=> (and (tptp.p__d__instance H tptp.c__Object) (tptp.p__attribute H tptp.c__Pregnant)) (tptp.p__attribute H tptp.c__Female))) (tptp.p__subAttribute tptp.c__Puberty tptp.c__NonFullyFormed) (tptp.p__d__instance tptp.c__Fist tptp.c__BodyPosition) (forall ((HAND $$unsorted)) (=> (and (tptp.p__d__instance HAND tptp.c__Object) (tptp.p__attribute HAND tptp.c__Fist)) (tptp.p__d__instance HAND tptp.c__Hand))) (tptp.p__d__subclass tptp.c__LyingDown tptp.c__BodyMotion) (tptp.p__d__subclass tptp.c__LyingDown tptp.c__MotionDownward) (tptp.p__d__instance tptp.c__Handstand tptp.c__BodyPosition) (tptp.p__d__instance tptp.c__Kneeling tptp.c__BodyPosition) (tptp.p__d__instance tptp.c__Splitting tptp.c__BodyPosition) (tptp.p__subAttribute tptp.c__Squatting tptp.c__Sitting) (tptp.p__d__subclass tptp.c__SittingDown tptp.c__BodyMotion) (tptp.p__d__subclass tptp.c__SittingDown tptp.c__MotionDownward) (tptp.p__d__subclass tptp.c__StandingUp tptp.c__BodyMotion) (tptp.p__d__subclass tptp.c__StandingUp tptp.c__MotionUpward) (tptp.p__d__subclass tptp.c__EyeMotion tptp.c__BodyMotion) (forall ((A $$unsorted) (EM $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Agent) (tptp.p__d__instance EM tptp.c__EyeMotion) (tptp.p__agent EM A)) (exists ((E $$unsorted)) (and (tptp.p__d__instance E tptp.c__Eyelid) (tptp.p__part E A) (tptp.p__patient EM E))))) (tptp.p__d__subclass tptp.c__OpeningEyes tptp.c__EyeMotion) (tptp.p__d__subclass tptp.c__OpeningEyes tptp.c__Opening) (tptp.p__d__disjoint tptp.c__OpeningEyes tptp.c__ClosingEyes) (tptp.p__d__subclass tptp.c__ClosingEyes tptp.c__EyeMotion) (tptp.p__d__subclass tptp.c__ClosingEyes tptp.c__Closing) (tptp.p__d__subclass tptp.c__Winking tptp.c__ClosingEyes) (tptp.p__d__subclass tptp.c__Winking tptp.c__Gesture) (tptp.p__d__subclass tptp.c__Shrugging tptp.c__BodyMotion) (tptp.p__d__subclass tptp.c__Shrugging tptp.c__Gesture) (forall ((SHRUG $$unsorted) (SHOULDER $$unsorted)) (=> (and (tptp.p__d__instance SHRUG tptp.c__Shrugging) (tptp.p__patient SHRUG SHOULDER)) (tptp.p__d__instance SHOULDER tptp.c__Shoulder))) (tptp.p__d__subclass tptp.c__Trembling tptp.c__BodyMotion) (tptp.p__d__subclass tptp.c__Trembling tptp.c__AutonomicProcess) (tptp.p__d__subclass tptp.c__Trembling tptp.c__Tremor) (tptp.p__d__disjoint tptp.c__Trembling tptp.c__IntentionalProcess) (tptp.p__d__subclass tptp.c__ReflexiveProcess tptp.c__AutonomicProcess) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__ReflexiveProcess) (exists ((M $$unsorted)) (and (tptp.p__d__instance M tptp.c__Muscle) (tptp.p__patient P M))))) (tptp.p__d__subclass tptp.c__Dismounting tptp.c__BodyMotion) (tptp.p__d__subclass tptp.c__DomesticAnimal tptp.c__Animal) (tptp.p__d__disjoint tptp.c__DomesticAnimal tptp.c__Human) (forall ((ANIMAL $$unsorted)) (=> (tptp.p__d__instance ANIMAL tptp.c__DomesticAnimal) (exists ((KEEP $$unsorted) (PERSON $$unsorted)) (and (tptp.p__d__instance KEEP tptp.c__Keeping) (tptp.p__agent KEEP PERSON) (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__patient KEEP ANIMAL))))) (tptp.p__d__subclass tptp.c__Fodder tptp.c__OrganicObject) (tptp.p__d__subclass tptp.c__Herbivore tptp.c__Mammal) (tptp.p__d__disjoint tptp.c__Herbivore tptp.c__Carnivore) (forall ((A $$unsorted) (E $$unsorted) (F $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Herbivore) (tptp.p__agent E A) (tptp.p__d__instance E tptp.c__Eating) (tptp.p__patient E F)) (tptp.p__d__instance F tptp.c__Plant))) (tptp.p__d__subclass tptp.c__Antelope tptp.c__HoofedMammal) (tptp.p__d__subclass tptp.c__Buffalo tptp.c__HoofedMammal) (tptp.p__d__subclass tptp.c__DomesticCat tptp.c__DomesticAnimal) (tptp.p__d__subclass tptp.c__DomesticCat tptp.c__Feline) (tptp.p__d__subclass tptp.c__DomesticDog tptp.c__DomesticAnimal) (tptp.p__d__subclass tptp.c__DomesticDog tptp.c__Canine) (tptp.p__d__subclass tptp.c__Fox tptp.c__Canine) (tptp.p__d__subclass tptp.c__Elephant tptp.c__Herbivore) (tptp.p__d__subclass tptp.c__Horse tptp.c__HoofedMammal) (tptp.p__d__subclass tptp.c__Pig tptp.c__HoofedMammal) (tptp.p__d__subclass tptp.c__Donkey tptp.c__HoofedMammal) (tptp.p__d__subclass tptp.c__Gastropod tptp.c__Mollusk) (tptp.p__d__subclass tptp.c__Mule tptp.c__HoofedMammal) (tptp.p__d__subclass tptp.c__Mule tptp.c__DomesticAnimal) (forall ((MULE $$unsorted)) (=> (tptp.p__d__instance MULE tptp.c__Mule) (exists ((DONKEY $$unsorted) (HORSE $$unsorted)) (and (tptp.p__father MULE DONKEY) (tptp.p__d__instance DONKEY tptp.c__Donkey) (tptp.p__mother MULE HORSE) (tptp.p__d__instance HORSE tptp.c__Horse))))) (forall ((MULE $$unsorted)) (=> (tptp.p__d__instance MULE tptp.c__Mule) (not (tptp.p__capability tptp.c__SexualReproduction tptp.c__agent MULE)))) (tptp.p__d__subclass tptp.c__Sheep tptp.c__HoofedMammal) (tptp.p__d__subclass tptp.c__Sheep tptp.c__DomesticAnimal) (tptp.p__d__subclass tptp.c__Lamb tptp.c__Sheep) (forall ((L $$unsorted)) (=> (tptp.p__d__instance L tptp.c__Object) (= (tptp.p__d__instance L tptp.c__Lamb) (and (tptp.p__d__instance L tptp.c__Sheep) (tptp.p__attribute L tptp.c__NonFullyFormed))))) (tptp.p__d__subclass tptp.c__Cow tptp.c__HoofedMammal) (tptp.p__d__subclass tptp.c__Cow tptp.c__DomesticAnimal) (tptp.p__d__subclass tptp.c__Calf tptp.c__Cow) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Object) (= (tptp.p__d__instance C tptp.c__Calf) (and (tptp.p__d__instance C tptp.c__Cow) (tptp.p__attribute C tptp.c__NonFullyFormed))))) (tptp.p__d__subclass tptp.c__Bull tptp.c__Cow) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Object) (= (tptp.p__d__instance B tptp.c__Bull) (and (tptp.p__d__instance B tptp.c__Cow) (tptp.p__attribute B tptp.c__Male))))) (tptp.p__d__subclass tptp.c__FemaleCow tptp.c__Cow) (forall ((COW $$unsorted)) (=> (tptp.p__d__instance COW tptp.c__Object) (= (tptp.p__d__instance COW tptp.c__FemaleCow) (and (tptp.p__d__instance COW tptp.c__Cow) (tptp.p__attribute COW tptp.c__Female))))) (tptp.p__d__subclass tptp.c__Poultry tptp.c__Bird) (tptp.p__d__subclass tptp.c__Chicken tptp.c__Poultry) (tptp.p__d__subclass tptp.c__Hen tptp.c__Chicken) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__Object) (= (tptp.p__d__instance H tptp.c__Hen) (and (tptp.p__d__instance H tptp.c__Chicken) (tptp.p__attribute H tptp.c__Female))))) (tptp.p__d__subclass tptp.c__Rooster tptp.c__Chicken) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Object) (= (tptp.p__d__instance R tptp.c__Rooster) (and (tptp.p__d__instance R tptp.c__Chicken) (tptp.p__attribute R tptp.c__Male))))) (tptp.p__d__subclass tptp.c__Duck tptp.c__Poultry) (tptp.p__d__subclass tptp.c__Goose tptp.c__Poultry) (tptp.p__d__subclass tptp.c__Owl tptp.c__Bird) (tptp.p__d__subclass tptp.c__Pigeon tptp.c__Bird) (tptp.p__d__subclass tptp.c__Vulture tptp.c__Bird) (tptp.p__d__subclass tptp.c__Feather tptp.c__AnimalAnatomicalStructure) (tptp.p__d__subclass tptp.c__Feather tptp.c__BodyPart) (forall ((F $$unsorted)) (=> (tptp.p__d__instance F tptp.c__Feather) (exists ((B $$unsorted)) (and (tptp.p__d__instance B tptp.c__Bird) (tptp.p__part F B))))) (tptp.p__d__instance tptp.c__meatOfAnimal tptp.c__BinaryPredicate) (tptp.p__d__subclass tptp.c__Beef tptp.c__Meat) (tptp.p__meatOfAnimal tptp.c__Beef tptp.c__Cow) (tptp.p__d__subclass tptp.c__ChickenMeat tptp.c__Meat) (tptp.p__meatOfAnimal tptp.c__ChickenMeat tptp.c__Chicken) (tptp.p__d__subclass tptp.c__Pork tptp.c__Meat) (tptp.p__meatOfAnimal tptp.c__Pork tptp.c__Pig) (tptp.p__d__subclass tptp.c__Mouse tptp.c__Rodent) (tptp.p__d__subclass tptp.c__Rat tptp.c__Rodent) (tptp.p__d__subclass tptp.c__Rabbit tptp.c__Rodent) (tptp.p__d__subclass tptp.c__Squirrel tptp.c__Rodent) (tptp.p__d__subclass tptp.c__Hay tptp.c__Fodder) (forall ((HAY $$unsorted)) (=> (tptp.p__d__instance HAY tptp.c__Hay) (exists ((MAKE $$unsorted) (GRASS $$unsorted)) (and (tptp.p__d__instance MAKE tptp.c__Making) (tptp.p__resource MAKE GRASS) (tptp.p__d__instance GRASS tptp.c__Grass) (tptp.p__result MAKE HAY))))) (tptp.p__d__subclass tptp.c__Copying tptp.c__Making) (forall ((COPY $$unsorted) (THING1 $$unsorted) (THING2 $$unsorted)) (=> (and (tptp.p__d__instance THING1 tptp.c__Object) (tptp.p__d__instance THING2 tptp.c__Object) (tptp.p__d__instance COPY tptp.c__Copying) (tptp.p__resource COPY THING1) (tptp.p__result COPY THING2)) (tptp.p__copy THING1 THING2))) (tptp.p__d__subclass tptp.c__Vacationing tptp.c__RecreationOrExercise) (forall ((PERSON $$unsorted) (VACATION $$unsorted) (WORK $$unsorted)) (=> (and (tptp.p__d__instance VACATION tptp.c__Vacationing) (tptp.p__d__instance WORK tptp.c__Working) (tptp.p__agent VACATION PERSON) (tptp.p__agent WORK PERSON) (tptp.p__d__instance PERSON tptp.c__Human)) (not (tptp.p__overlapsTemporally (tptp.f__WhenFn1 VACATION) (tptp.f__WhenFn1 WORK))))) (tptp.p__d__instance tptp.c__OccupationFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__occupation tptp.c__BinaryPredicate) (tptp.p__d__subclass tptp.c__Working tptp.c__FinancialTransaction) (tptp.p__d__subclass tptp.c__Farming tptp.c__Working) (tptp.p__d__subclass tptp.c__Serving tptp.c__Working) (tptp.p__d__subclass tptp.c__Sales tptp.c__Working) (tptp.p__subAttribute tptp.c__Retired tptp.c__Unemployed) (tptp.p__subAttribute tptp.c__Housewife tptp.c__Unemployed) (forall ((W $$unsorted)) (=> (and (tptp.p__d__instance W tptp.c__Woman) (tptp.p__attribute W tptp.c__Housewife)) (exists ((H $$unsorted)) (and (tptp.p__d__instance H tptp.c__Man) (tptp.p__wife W H))))) (tptp.p__d__instance tptp.c__Waiter tptp.c__ServicePosition) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__Object) (tptp.p__attribute X tptp.c__Waiter)) (tptp.p__d__instance X tptp.c__Human))) (tptp.p__d__instance tptp.c__Maid tptp.c__ServicePosition) (tptp.p__d__subclass tptp.c__Janitor tptp.c__UnskilledOccupation) (tptp.p__d__subclass tptp.c__TheaterProfession tptp.c__EntertainmentProfession) (tptp.p__d__instance tptp.c__FilmDirector tptp.c__FilmMakingProfession) (tptp.p__d__subclass tptp.c__FilmMaking tptp.c__ContentDevelopment) (forall ((FM $$unsorted)) (=> (tptp.p__d__instance FM tptp.c__FilmMaking) (exists ((M $$unsorted) (F $$unsorted)) (and (tptp.p__d__instance M tptp.c__MotionPicture) (tptp.p__result FM M) (tptp.p__d__instance F tptp.c__PhotographicFilm) (tptp.p__resource FM F))))) (tptp.p__d__subclass tptp.c__FilmMakingProfession tptp.c__EntertainmentProfession) (tptp.p__d__instance tptp.c__FilmProducer tptp.c__FilmMakingProfession) (tptp.p__d__instance tptp.c__Coach tptp.c__SkilledOccupation) (tptp.p__d__instance tptp.c__GameReferee tptp.c__SkilledOccupation) (tptp.p__d__instance tptp.c__Carpenter tptp.c__OccupationalTrade) (forall ((P $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Agent) (tptp.p__attribute P tptp.c__Carpenter)) (tptp.p__hasSkill tptp.c__Carpentry P))) (tptp.p__d__subclass tptp.c__Carpentry tptp.c__Making) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Carpentry) (exists ((B $$unsorted) (W $$unsorted)) (and (tptp.p__d__instance B tptp.c__Building) (tptp.p__d__instance W tptp.c__Wood) (tptp.p__part W B) (tptp.p__result C B))))) (tptp.p__d__instance tptp.c__constructionPeriod tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__contractor tptp.c__BinaryPredicate) (tptp.p__d__subclass tptp.c__Agriculture tptp.c__Maintaining) (forall ((AGRO $$unsorted)) (=> (tptp.p__d__instance AGRO tptp.c__Agriculture) (exists ((GROWTH $$unsorted)) (and (tptp.p__d__instance GROWTH tptp.c__Growth) (tptp.p__subProcess GROWTH AGRO))))) (tptp.p__d__instance tptp.c__FarmHand tptp.c__OccupationalTrade) (forall ((P $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Agent) (tptp.p__attribute P tptp.c__FarmHand)) (exists ((F $$unsorted)) (and (tptp.p__d__instance F tptp.c__Agriculture) (tptp.p__agent F P))))) (tptp.p__d__instance tptp.c__Plumber tptp.c__OccupationalTrade) (tptp.p__d__instance tptp.c__Potter tptp.c__OccupationalTrade) (forall ((H $$unsorted)) (=> (and (tptp.p__d__instance H tptp.c__Agent) (tptp.p__attribute H tptp.c__Potter)) (exists ((M $$unsorted) (P $$unsorted)) (and (tptp.p__d__instance P tptp.c__Pottery) (tptp.p__d__instance M tptp.c__Making) (tptp.p__agent M H) (tptp.p__result M P))))) (tptp.p__d__subclass tptp.c__ReligiousPosition tptp.c__Position) (forall ((H $$unsorted) (P $$unsorted) (O $$unsorted)) (=> (and (tptp.p__d__instance O tptp.c__Organization) (tptp.p__d__instance H tptp.c__Human) (tptp.p__occupiesPosition H P O) (tptp.p__d__instance P tptp.c__ReligiousPosition)) (tptp.p__d__instance O tptp.c__ReligiousOrganization))) (tptp.p__d__instance tptp.c__Cleric tptp.c__Profession) (tptp.p__d__instance tptp.c__Cleric tptp.c__ReligiousPosition) (tptp.p__d__instance tptp.c__Deacon tptp.c__ReligiousPosition) (tptp.p__d__instance tptp.c__Deacon tptp.c__PartTimePosition) (tptp.p__d__instance tptp.c__PoliceOfficer tptp.c__SkilledOccupation) (tptp.p__d__instance tptp.c__PoliceOfficer tptp.c__GovernmentPosition) (forall ((P $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Agent) (tptp.p__attribute P tptp.c__PoliceOfficer)) (tptp.p__hasSkill tptp.c__PlacingUnderArrest P))) (tptp.p__subAttribute tptp.c__PoliceCaptain tptp.c__PoliceOfficer) (tptp.p__subAttribute tptp.c__PoliceSergeant tptp.c__PoliceOfficer) (tptp.p__subAttribute tptp.c__Sheriff tptp.c__PoliceOfficer) (tptp.p__subAttribute tptp.c__Marshal tptp.c__PoliceOfficer) (tptp.p__subAttribute tptp.c__Deputy tptp.c__PoliceOfficer) (tptp.p__d__instance tptp.c__Coroner tptp.c__GovernmentPosition) (tptp.p__subAttribute tptp.c__PoliceDetective tptp.c__PoliceOfficer) (tptp.p__d__instance tptp.c__PrivateDetective tptp.c__Profession) (tptp.p__contraryAttribute2 tptp.c__PrivateDetective tptp.c__PoliceDetective) (tptp.p__d__instance tptp.c__Lawyer tptp.c__Profession) (tptp.p__subAttribute tptp.c__Attorney tptp.c__Lawyer) (forall ((P $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Human) (tptp.p__attribute P tptp.c__Lawyer)) (tptp.p__hasExpertise P tptp.c__FieldOfLaw))) (tptp.p__subAttribute tptp.c__AttorneyGeneral tptp.c__Attorney) (tptp.p__d__instance tptp.c__AttorneyGeneral tptp.c__GovernmentPosition) (tptp.p__subAttribute tptp.c__PublicDefender tptp.c__Attorney) (tptp.p__d__instance tptp.c__PublicDefender tptp.c__GovernmentPosition) (tptp.p__subAttribute tptp.c__PublicProsecutor tptp.c__Attorney) (tptp.p__d__instance tptp.c__PublicProsecutor tptp.c__GovernmentPosition) (tptp.p__subAttribute tptp.c__Judge tptp.c__Attorney) (tptp.p__d__instance tptp.c__Judge tptp.c__GovernmentPosition) (tptp.p__subAttribute tptp.c__Professor tptp.c__Teacher) (tptp.p__d__instance tptp.c__MedicalDoctor tptp.c__Profession) (forall ((DOCTOR $$unsorted)) (=> (and (tptp.p__d__instance DOCTOR tptp.c__Object) (tptp.p__attribute DOCTOR tptp.c__MedicalDoctor)) (exists ((PROCESS1 $$unsorted) (PROCESS2 $$unsorted)) (and (tptp.p__d__subclass PROCESS1 tptp.c__DiagnosticProcess) (tptp.p__d__subclass PROCESS2 tptp.c__TherapeuticProcess) (tptp.p__capability PROCESS1 tptp.c__agent DOCTOR) (tptp.p__capability PROCESS2 tptp.c__agent DOCTOR))))) (tptp.p__subAttribute tptp.c__Surgeon tptp.c__MedicalDoctor) (tptp.p__d__subclass tptp.c__Circumision tptp.c__Removing) (tptp.p__d__subclass tptp.c__Circumision tptp.c__Surgery) (tptp.p__d__instance tptp.c__NewsReporter tptp.c__Profession) (forall ((H $$unsorted)) (=> (and (tptp.p__d__instance H tptp.c__Agent) (tptp.p__attribute H tptp.c__NewsReporter)) (exists ((T $$unsorted) (EV $$unsorted)) (and (tptp.p__d__subclass T tptp.c__Text) (tptp.p__d__instance EV tptp.c__Process) (tptp.p__overlapsTemporally (tptp.f__WhenFn1 EV) (tptp.f__WhenFn1 H)) (tptp.p__authors H T) (tptp.p__refers T EV))))) (tptp.p__subAttribute tptp.c__ArtCritic tptp.c__Journalist) (forall ((H $$unsorted)) (=> (and (tptp.p__d__instance H tptp.c__Agent) (tptp.p__attribute H tptp.c__ArtCritic)) (exists ((T $$unsorted) (AW $$unsorted)) (and (tptp.p__d__subclass T tptp.c__Text) (tptp.p__d__instance AW tptp.c__ArtWork) (tptp.p__authors H T) (tptp.p__refers T AW))))) (tptp.p__d__instance tptp.c__Accountant tptp.c__Profession) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__Object) (tptp.p__attribute X tptp.c__Accountant)) (tptp.p__capability tptp.c__Calculating tptp.c__agent X))) (tptp.p__d__instance tptp.c__Literature tptp.c__FieldOfStudy) (tptp.p__d__instance tptp.c__Mathematics tptp.c__FieldOfStudy) (tptp.p__d__instance tptp.c__InteriorDesign tptp.c__FieldOfStudy) (tptp.p__d__subclass tptp.c__Science tptp.c__FieldOfStudy) (tptp.p__d__subclass tptp.c__SocialScience tptp.c__Science) (tptp.p__d__instance tptp.c__PoliticalScience tptp.c__SocialScience) (tptp.p__d__instance tptp.c__Anthropology tptp.c__SocialScience) (tptp.p__d__instance tptp.c__Architecture tptp.c__FieldOfStudy) (forall ((H $$unsorted)) (=> (and (tptp.p__d__instance H tptp.c__Human) (tptp.p__hasExpertise H tptp.c__Architecture)) (exists ((D $$unsorted) (P $$unsorted) (B $$unsorted)) (and (tptp.p__d__instance D tptp.c__ContentDevelopment) (tptp.p__agent D H) (tptp.p__result D P) (tptp.p__d__instance P tptp.c__Blueprint) (tptp.p__represents P B) (tptp.p__d__instance B tptp.c__Building))))) (tptp.p__d__instance tptp.c__Economics tptp.c__SocialScience) (tptp.p__d__instance tptp.c__Linguistics tptp.c__SocialScience) (tptp.p__d__instance tptp.c__Psychology tptp.c__SocialScience) (tptp.p__d__instance tptp.c__Biology tptp.c__Science) (tptp.p__subField tptp.c__Physiology tptp.c__Biology) (tptp.p__d__instance tptp.c__Physiology tptp.c__Science) (tptp.p__subField tptp.c__MedicalScience tptp.c__Biology) (tptp.p__d__instance tptp.c__MedicalScience tptp.c__Science) (tptp.p__d__instance tptp.c__Chemistry tptp.c__Science) (tptp.p__d__instance tptp.c__Physics tptp.c__Science) (tptp.p__d__instance tptp.c__Engineering tptp.c__Science) (tptp.p__subField tptp.c__Electronics tptp.c__Physics) (tptp.p__subField tptp.c__Electronics tptp.c__Engineering) (tptp.p__d__instance tptp.c__Electronics tptp.c__FieldOfStudy) (tptp.p__d__instance tptp.c__Theology tptp.c__FieldOfStudy) (tptp.p__d__instance tptp.c__MilitaryScience tptp.c__FieldOfStudy) (tptp.p__d__instance tptp.c__History tptp.c__FieldOfStudy) (tptp.p__d__instance tptp.c__Philosophy tptp.c__FieldOfStudy) (tptp.p__d__instance tptp.c__FieldOfLaw tptp.c__FieldOfStudy) (tptp.p__subrelation tptp.c__subField tptp.c__subProposition) (tptp.p__d__instance tptp.c__subField tptp.c__TransitiveRelation) (tptp.p__d__instance tptp.c__subField tptp.c__IrreflexiveRelation) (tptp.p__d__instance tptp.c__hasExpertise tptp.c__BinaryPredicate) (forall ((PERSON $$unsorted) (FIELD $$unsorted)) (=> (and (tptp.p__d__instance FIELD tptp.c__FieldOfStudy) (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__hasExpertise PERSON FIELD)) (exists ((LEARN $$unsorted)) (and (tptp.p__d__instance LEARN tptp.c__Learning) (tptp.p__agent LEARN PERSON) (tptp.p__realization LEARN FIELD))))) (tptp.p__d__instance tptp.c__hasOccupation tptp.c__BinaryPredicate) (forall ((WORK $$unsorted) (PERSON $$unsorted)) (=> (and (tptp.p__d__subclass WORK tptp.c__IntentionalProcess) (tptp.p__d__instance PERSON tptp.c__Human) (tptp.p__hasOccupation PERSON WORK)) (exists ((INST $$unsorted)) (and (tptp.p__d__instance INST WORK) (tptp.p__d__instance INST tptp.c__Working) (tptp.p__agent INST PERSON))))) (tptp.p__d__subclass tptp.c__Bleeding tptp.c__AutonomicProcess) (forall ((BLEED $$unsorted)) (=> (tptp.p__d__instance BLEED tptp.c__Bleeding) (exists ((INJURY $$unsorted)) (and (tptp.p__d__instance INJURY tptp.c__Injuring) (tptp.p__causes INJURY BLEED))))) (forall ((BLEED $$unsorted) (ANIMAL $$unsorted)) (=> (and (tptp.p__d__instance ANIMAL tptp.c__Agent) (tptp.p__d__instance BLEED tptp.c__Bleeding) (tptp.p__experiencer BLEED ANIMAL)) (tptp.p__d__instance ANIMAL tptp.c__Animal))) (tptp.p__d__subclass tptp.c__Blushing tptp.c__AutonomicProcess) (tptp.p__d__subclass tptp.c__Aborting tptp.c__Removing) (tptp.p__d__subclass tptp.c__ClosingContract tptp.c__Committing) (forall ((CLOSE $$unsorted) (AGENT $$unsorted) (CONTRACT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__CognitiveAgent) (tptp.p__d__instance CONTRACT tptp.c__Agreement) (tptp.p__d__instance CLOSE tptp.c__ClosingContract) (tptp.p__agent CLOSE AGENT) (tptp.p__destination CLOSE CONTRACT)) (tptp.p__partyToAgreement AGENT CONTRACT))) (tptp.p__d__subclass tptp.c__Opening tptp.c__Motion) (tptp.p__d__subclass tptp.c__Closing tptp.c__Motion) (tptp.p__d__subclass tptp.c__Diet tptp.c__Plan) (forall ((D $$unsorted) (P $$unsorted)) (=> (and (tptp.p__d__instance P tptp.c__Process) (tptp.p__d__instance D tptp.c__Diet) (tptp.p__realization P D)) (exists ((E $$unsorted)) (and (tptp.p__subProcess E P) (tptp.p__d__instance E tptp.c__Eating))))) (tptp.p__d__subclass tptp.c__PreparedFood tptp.c__Object) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__PreparedFood) (exists ((PROC $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__IntentionalProcess) (tptp.p__result PROC X))))) (tptp.p__d__subclass tptp.c__SolidFood tptp.c__PreparedFood) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__SolidFood) (exists ((ING $$unsorted)) (and (tptp.p__d__instance ING tptp.c__Object) (tptp.p__part ING X) (tptp.p__attribute ING tptp.c__Solid))))) (tptp.p__d__subclass tptp.c__LiquidFood tptp.c__PreparedFood) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__LiquidFood) (forall ((ING $$unsorted)) (or (not (tptp.p__d__instance ING tptp.c__Object)) (not (tptp.p__part ING X)) (not (tptp.p__attribute ING tptp.c__Solid)))))) (tptp.p__d__subclass tptp.c__Beverage tptp.c__LiquidFood) (tptp.p__d__subclass tptp.c__Beverage tptp.c__Substance) (tptp.p__d__disjoint tptp.c__Meat tptp.c__Beverage) (forall ((BEV $$unsorted)) (=> (tptp.p__d__instance BEV tptp.c__Beverage) (tptp.p__attribute BEV tptp.c__Liquid))) (forall ((DRINK $$unsorted) (BEV $$unsorted)) (=> (and (tptp.p__d__instance DRINK tptp.c__Drinking) (tptp.p__patient DRINK BEV)) (tptp.p__d__instance BEV tptp.c__Beverage))) (tptp.p__d__instance tptp.c__CookedAttribute tptp.c__RelationalAttribute) (forall ((FOOD $$unsorted)) (=> (and (tptp.p__d__instance FOOD tptp.c__Object) (tptp.p__attribute FOOD tptp.c__CookedAttribute)) (exists ((PROC $$unsorted)) (and (tptp.p__d__instance PROC tptp.c__Cooking) (tptp.p__result PROC FOOD))))) (tptp.p__d__instance tptp.c__RawAttribute tptp.c__RelationalAttribute) (forall ((FOOD $$unsorted)) (=> (and (tptp.p__d__instance FOOD tptp.c__Object) (tptp.p__attribute FOOD tptp.c__RawAttribute)) (forall ((PROC $$unsorted)) (or (not (tptp.p__d__instance PROC tptp.c__Process)) (not (tptp.p__d__instance PROC tptp.c__Cooking)) (not (tptp.p__result PROC FOOD)))))) (tptp.p__d__subclass tptp.c__Baking tptp.c__Cooking) (tptp.p__d__subclass tptp.c__Baking tptp.c__Heating) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Baking) (exists ((O $$unsorted)) (and (tptp.p__d__instance O tptp.c__Oven) (tptp.p__instrument B O))))) (tptp.p__d__subclass tptp.c__BreadOrBiscuit tptp.c__PreparedFood) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__BreadOrBiscuit) (exists ((D $$unsorted) (BAKE $$unsorted)) (and (tptp.p__d__instance D tptp.c__Dough) (tptp.p__d__instance BAKE tptp.c__Baking) (tptp.p__resource BAKE D) (tptp.p__result BAKE B))))) (tptp.p__d__subclass tptp.c__Sandwich tptp.c__PreparedFood) (tptp.p__d__subclass tptp.c__Dough tptp.c__PreparedFood) (tptp.p__d__subclass tptp.c__Dough tptp.c__Mixture) (forall ((D $$unsorted)) (=> (tptp.p__d__instance D tptp.c__Dough) (exists ((F $$unsorted) (W $$unsorted)) (and (tptp.p__d__instance F tptp.c__Flour) (tptp.p__d__instance W tptp.c__Water) (tptp.p__part F D) (tptp.p__part W D))))) (tptp.p__d__subclass tptp.c__Butter tptp.c__PreparedFood) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Butter) (exists ((C $$unsorted) (M $$unsorted)) (and (tptp.p__d__instance C tptp.c__Cooking) (tptp.p__resource C M) (tptp.p__d__instance M tptp.c__Milk) (tptp.p__result C B))))) (tptp.p__d__subclass tptp.c__CerealGrain tptp.c__Seed) (tptp.p__d__subclass tptp.c__RiceGrain tptp.c__CerealGrain) (tptp.p__d__subclass tptp.c__WheatGrain tptp.c__CerealGrain) (tptp.p__d__subclass tptp.c__Pea tptp.c__Seed) (tptp.p__d__subclass tptp.c__Flour tptp.c__PreparedFood) (tptp.p__d__subclass tptp.c__Flour tptp.c__Powder) (forall ((F $$unsorted)) (=> (tptp.p__d__instance F tptp.c__Flour) (exists ((P $$unsorted) (C $$unsorted)) (and (tptp.p__d__instance P tptp.c__IntentionalProcess) (tptp.p__resource P C) (tptp.p__d__instance C tptp.c__CerealGrain) (tptp.p__result P F))))) (tptp.p__d__subclass tptp.c__Honey tptp.c__AnimalSubstance) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__Honey) (exists ((P $$unsorted) (B $$unsorted)) (and (tptp.p__d__instance P tptp.c__PhysiologicProcess) (tptp.p__agent P B) (tptp.p__d__instance B tptp.c__Bee) (tptp.p__result P H))))) (tptp.p__d__subclass tptp.c__Coconut tptp.c__FruitOrVegetable) (tptp.p__d__subclass tptp.c__MaizeGrain tptp.c__CerealGrain) (tptp.p__d__subclass tptp.c__SoupStock tptp.c__PreparedFood) (tptp.p__d__subclass tptp.c__Coffee tptp.c__Beverage) (tptp.p__d__subclass tptp.c__Coffee tptp.c__PreparedFood) (tptp.p__d__subclass tptp.c__Apple tptp.c__FruitOrVegetable) (tptp.p__d__subclass tptp.c__DateFruit tptp.c__FruitOrVegetable) (tptp.p__d__subclass tptp.c__PearFruit tptp.c__FruitOrVegetable) (tptp.p__d__subclass tptp.c__Avocado tptp.c__FruitOrVegetable) (tptp.p__d__subclass tptp.c__Ion tptp.c__PureSubstance) (tptp.p__d__subclass tptp.c__FreeAtom tptp.c__Atom) (forall ((A $$unsorted)) (=> (tptp.p__d__instance A tptp.c__FreeAtom) (forall ((M $$unsorted)) (or (not (tptp.p__d__instance M tptp.c__Object)) (not (tptp.p__d__instance M tptp.c__Molecule)) (not (tptp.p__part A M)))))) (tptp.p__d__instance tptp.c__protonNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__protonNumber tptp.c__SingleValuedRelation) (tptp.p__d__instance tptp.c__protonNumber tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__electronNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__electronNumber tptp.c__SingleValuedRelation) (tptp.p__d__instance tptp.c__electronNumber tptp.c__TotalValuedRelation) (tptp.p__d__subclass tptp.c__AtomicGroup tptp.c__CompoundSubstance) (forall ((G $$unsorted)) (=> (tptp.p__d__instance G tptp.c__AtomicGroup) (exists ((ATOM1 $$unsorted) (ATOM2 $$unsorted)) (and (tptp.p__d__instance ATOM1 tptp.c__Atom) (tptp.p__d__instance ATOM2 tptp.c__Atom) (not (= ATOM1 ATOM2)) (tptp.p__part ATOM1 G) (tptp.p__part ATOM2 G))))) (forall ((G $$unsorted)) (=> (tptp.p__d__instance G tptp.c__AtomicGroup) (exists ((M $$unsorted)) (and (tptp.p__d__instance M tptp.c__Molecule) (tptp.p__part G M))))) (tptp.p__d__subclass tptp.c__Ambush tptp.c__Maneuver) (tptp.p__d__subclass tptp.c__Blockade tptp.c__Maneuver) (tptp.p__d__subclass tptp.c__MilitaryManeuver tptp.c__Maneuver) (forall ((M $$unsorted)) (=> (tptp.p__d__instance M tptp.c__MilitaryManeuver) (exists ((B $$unsorted)) (and (tptp.p__d__instance B tptp.c__Battle) (tptp.p__subProcess M B))))) (tptp.p__d__subclass tptp.c__Fire tptp.c__Combustion) (tptp.p__d__subclass tptp.c__Arson tptp.c__Fire) (tptp.p__d__subclass tptp.c__Arson tptp.c__Destruction) (tptp.p__d__subclass tptp.c__Bombing tptp.c__Destruction) (tptp.p__d__subclass tptp.c__Bomb tptp.c__Weapon) (tptp.p__d__subclass tptp.c__Bomb tptp.c__ExplosiveDevice) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Bombing) (exists ((BOMB $$unsorted)) (and (tptp.p__d__instance BOMB tptp.c__Bomb) (tptp.p__instrument X BOMB))))) (tptp.p__d__subclass tptp.c__CarBombing tptp.c__Bombing) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__CarBombing) (exists ((BOMB $$unsorted) (CAR $$unsorted)) (and (tptp.p__d__instance BOMB tptp.c__Bomb) (tptp.p__d__instance CAR tptp.c__TransportationDevice) (tptp.p__instrument X CAR) (tptp.p__instrument X BOMB) (tptp.p__connected CAR BOMB))))) (tptp.p__d__subclass tptp.c__ChemicalAttack tptp.c__ViolentContest) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__ChemicalAttack) (exists ((CHEM $$unsorted)) (and (tptp.p__d__instance CHEM tptp.c__Substance) (tptp.p__instrument X CHEM))))) (tptp.p__d__subclass tptp.c__HandgrenadeAttack tptp.c__Bombing) (tptp.p__d__subclass tptp.c__HandGrenade tptp.c__Bomb) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__HandGrenade) (exists ((N $$unsorted)) (and (tptp.p__d__instance N tptp.c__RealNumber) (tptp.p__measure X (tptp.f__MeasureFn2 N tptp.c__PoundMass)) (tptp.p__lessThan N tptp.c__10))))) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__HandgrenadeAttack) (exists ((HG $$unsorted)) (and (tptp.p__d__instance HG tptp.c__HandGrenade) (tptp.p__instrument X HG))))) (tptp.p__d__subclass tptp.c__Hijacking tptp.c__Robbing) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__Hijacking) (exists ((V $$unsorted)) (and (tptp.p__d__instance V tptp.c__Vehicle) (tptp.p__patient H V))))) (forall ((H $$unsorted)) (=> (tptp.p__d__instance H tptp.c__Hijacking) (exists ((D $$unsorted)) (and (tptp.p__subProcess D H) (tptp.p__d__instance D tptp.c__Driving))))) (tptp.p__d__subclass tptp.c__HostageTaking tptp.c__UnilateralGetting) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__HostageTaking) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__SentientAgent) (tptp.p__patient X A))))) (tptp.p__d__subclass tptp.c__IncendiaryDeviceAttack tptp.c__Combustion) (tptp.p__d__subclass tptp.c__IncendiaryDeviceAttack tptp.c__ViolentContest) (tptp.p__d__subclass tptp.c__Infiltration tptp.c__JoiningAnOrganization) (tptp.p__d__subclass tptp.c__Kidnapping tptp.c__Robbing) (forall ((X $$unsorted) (G $$unsorted) (N $$unsorted)) (=> (and (tptp.p__d__instance N tptp.c__Integer) (tptp.p__d__instance X tptp.c__Kidnapping) (tptp.p__d__instance G tptp.c__GroupOfPeople) (tptp.p__memberCount G N) (tptp.p__patient X G)) (tptp.p__lessThan N tptp.c__3))) (tptp.p__d__subclass tptp.c__KnifeAttack tptp.c__ViolentContest) (tptp.p__d__subclass tptp.c__Knife tptp.c__CuttingDevice) (tptp.p__d__subclass tptp.c__CuttingDevice tptp.c__Device) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__KnifeAttack) (exists ((HG $$unsorted)) (and (tptp.p__d__instance HG tptp.c__Knife) (tptp.p__instrument X HG))))) (tptp.p__d__subclass tptp.c__Blade tptp.c__CuttingDevice) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Blade) (exists ((CD $$unsorted)) (and (tptp.p__d__instance CD tptp.c__CuttingDevice) (tptp.p__part B CD))))) (forall ((CUT $$unsorted) (B $$unsorted) (OBJ $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Blade) (tptp.p__d__instance CUT tptp.c__Cutting) (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__instrument CUT B) (tptp.p__patient CUT OBJ) (not (= B OBJ))) (tptp.p__meetsSpatially B OBJ))) (tptp.p__d__subclass tptp.c__LetterBombAttack tptp.c__Bombing) (tptp.p__d__subclass tptp.c__Lynching tptp.c__Killing) (tptp.p__d__subclass tptp.c__MortarAttack tptp.c__Bombing) (tptp.p__d__subclass tptp.c__Mortar tptp.c__Weapon) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__MortarAttack) (exists ((MA $$unsorted)) (and (tptp.p__d__instance MA tptp.c__Mortar) (tptp.p__instrument X MA))))) (tptp.p__d__subclass tptp.c__RocketMissileAttack tptp.c__Bombing) (tptp.p__d__subclass tptp.c__Rocket tptp.c__Projectile) (tptp.p__d__subclass tptp.c__Stoning tptp.c__ViolentContest) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Stoning) (exists ((ST $$unsorted)) (and (tptp.p__d__instance ST tptp.c__Rock) (tptp.p__instrument X ST))))) (tptp.p__d__subclass tptp.c__SuicideBombing tptp.c__Bombing) (tptp.p__d__subclass tptp.c__SuicideBombing tptp.c__Killing) (tptp.p__d__subclass tptp.c__Vandalism tptp.c__Destruction) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Vandalism) (forall ((A $$unsorted)) (or (not (tptp.p__d__instance A tptp.c__Agent)) (not (tptp.p__patient X A)))))) (tptp.p__d__subclass tptp.c__VehicleAttack tptp.c__ViolentContest) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__VehicleAttack) (exists ((V $$unsorted)) (and (tptp.p__d__instance V tptp.c__TransportationDevice) (tptp.p__instrument X V))))) (tptp.p__d__instance tptp.c__BusinessPerson tptp.c__OccupationalRole) (tptp.p__subAttribute tptp.c__BusinessExecutive tptp.c__BusinessPerson) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__Agent) (tptp.p__attribute X tptp.c__BusinessExecutive)) (exists ((BUSINESS $$unsorted) (MANAGE $$unsorted)) (and (tptp.p__d__instance MANAGE tptp.c__Managing) (tptp.p__d__instance BUSINESS tptp.c__Organization) (tptp.p__patient MANAGE BUSINESS) (tptp.p__agent MANAGE X))))) (tptp.p__d__instance tptp.c__Celebrity tptp.c__SocialRole) (tptp.p__d__instance tptp.c__Knight tptp.c__SocialRole) (tptp.p__d__instance tptp.c__Musician tptp.c__SocialRole) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__Agent) (tptp.p__attribute X tptp.c__Musician)) (tptp.p__hasSkill tptp.c__MusicalPerformance X))) (tptp.p__d__instance tptp.c__Veteran tptp.c__SocialRole) (tptp.p__d__subclass tptp.c__Road tptp.c__Region) (tptp.p__d__subclass tptp.c__Road tptp.c__Roadway) (tptp.p__contraryAttribute2 tptp.c__Civilian tptp.c__MilitaryPerson) (tptp.p__d__subclass tptp.c__OccupationalRole tptp.c__Position) (tptp.p__d__instance tptp.c__Civilian tptp.c__SocialRole) (tptp.p__d__instance tptp.c__Widowed tptp.c__SocialRole) (tptp.p__d__subclass tptp.c__Convoy tptp.c__Collection) (forall ((C $$unsorted) (VEH $$unsorted)) (=> (and (tptp.p__d__instance VEH tptp.c__SelfConnectedObject) (tptp.p__d__instance C tptp.c__Convoy) (tptp.p__member VEH C)) (exists ((DRIVE $$unsorted)) (and (tptp.p__d__instance DRIVE tptp.c__Driving) (tptp.p__overlapsTemporally (tptp.f__WhenFn1 DRIVE) (tptp.f__WhenFn1 C)) (tptp.p__patient DRIVE VEH))))) (forall ((C $$unsorted)) (=> (tptp.p__d__instance C tptp.c__Convoy) (tptp.p__attribute C tptp.c__LineFormation))) (tptp.p__d__instance tptp.c__Diplomat tptp.c__OccupationalRole) (tptp.p__subAttribute tptp.c__Diplomat tptp.c__GovernmentPerson) (tptp.p__d__instance tptp.c__Dissident tptp.c__SocialRole) (tptp.p__d__subclass tptp.c__EmbassyBuilding tptp.c__GovernmentBuilding) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__EmbassyBuilding) (exists ((EGOV $$unsorted) (OTHERGOV $$unsorted)) (and (tptp.p__d__instance EGOV tptp.c__Nation) (tptp.p__d__instance OTHERGOV tptp.c__Nation) (not (= EGOV OTHERGOV)) (tptp.p__possesses EGOV X) (tptp.p__located X OTHERGOV))))) (tptp.p__d__subclass tptp.c__EntertainmentBuilding tptp.c__Building) (tptp.p__d__subclass tptp.c__GovernmentBuilding tptp.c__Building) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__GovernmentBuilding) (exists ((G $$unsorted)) (and (tptp.p__d__instance G tptp.c__Government) (tptp.p__possesses G X))))) (tptp.p__d__instance tptp.c__GovernmentPerson tptp.c__OccupationalRole) (tptp.p__d__subclass tptp.c__Renting tptp.c__FinancialTransaction) (tptp.p__d__subclass tptp.c__Renting tptp.c__Borrowing) (tptp.p__d__subclass tptp.c__Marketplace tptp.c__GeographicArea) (tptp.p__d__instance tptp.c__StoreOwner tptp.c__OccupationalRole) (tptp.p__subAttribute tptp.c__StoreOwner tptp.c__BusinessPerson) (tptp.p__d__instance tptp.c__Militant tptp.c__SocialRole) (tptp.p__d__instance tptp.c__MilitaryPerson tptp.c__OccupationalRole) (tptp.p__d__subclass tptp.c__OfficeBuilding tptp.c__Building) (tptp.p__d__subclass tptp.c__PeaceKeepingMission tptp.c__MilitaryOrganization) (tptp.p__d__subclass tptp.c__PlaceOfWorship tptp.c__Building) (tptp.p__d__subclass tptp.c__PoliceFacility tptp.c__Building) (tptp.p__d__instance tptp.c__PolicePerson tptp.c__OccupationalRole) (tptp.p__subAttribute tptp.c__PolicePerson tptp.c__GovernmentPerson) (tptp.p__subAttribute tptp.c__PoliticalFigure tptp.c__Celebrity) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__Agent) (tptp.p__attribute X tptp.c__PoliticalFigure)) (exists ((EV $$unsorted)) (and (tptp.p__agent EV X) (tptp.p__d__instance EV tptp.c__PoliticalProcess))))) (tptp.p__subAttribute tptp.c__ReligiousFigure tptp.c__Celebrity) (tptp.p__d__subclass tptp.c__RestaurantBuilding tptp.c__Building) (tptp.p__d__subclass tptp.c__EducationalFacility tptp.c__StationaryArtifact) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__EducationalFacility) (exists ((ORG $$unsorted)) (and (tptp.p__d__instance ORG tptp.c__EducationalOrganization) (tptp.p__possesses ORG X))))) (tptp.p__d__instance tptp.c__Student tptp.c__SocialRole) (forall ((X $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__Object) (tptp.p__attribute X tptp.c__Student)) (exists ((EV $$unsorted)) (and (tptp.p__d__instance EV tptp.c__EducationalProcess) (tptp.p__patient EV X))))) (tptp.p__d__subclass tptp.c__Subway tptp.c__Hole) (tptp.p__d__instance tptp.c__Tourist tptp.c__SocialRole) (tptp.p__d__subclass tptp.c__TouristSite tptp.c__GeographicArea) (tptp.p__d__subclass tptp.c__TerroristOrganization tptp.c__PoliticalOrganization) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__TerroristOrganization) (exists ((EV $$unsorted)) (and (tptp.p__d__instance EV tptp.c__ViolentContest) (tptp.p__agent EV X))))) (tptp.p__d__instance tptp.c__memberCount tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__memberType tptp.c__BinaryPredicate) (forall ((GROUP $$unsorted) (MEMBER $$unsorted) (TYPE $$unsorted)) (=> (and (tptp.p__d__instance TYPE tptp.c__SetOrClass) (tptp.p__d__instance GROUP tptp.c__Collection) (tptp.p__d__instance MEMBER tptp.c__SelfConnectedObject) (tptp.p__memberType GROUP TYPE) (tptp.p__member MEMBER GROUP)) (tptp.p__d__instance MEMBER TYPE))) (tptp.p__d__instance tptp.c__memberTypeCount tptp.c__TernaryPredicate) (forall ((GROUP $$unsorted) (NUMBER $$unsorted) (TYPE $$unsorted)) (=> (and (tptp.p__d__instance NUMBER tptp.c__NonnegativeInteger) (tptp.p__d__instance TYPE tptp.c__SetOrClass) (tptp.p__d__instance GROUP tptp.c__Collection) (tptp.p__memberTypeCount GROUP TYPE NUMBER) (tptp.p__greaterThan NUMBER tptp.c__0)) (exists ((SUBGROUP $$unsorted)) (and (tptp.p__d__instance SUBGROUP tptp.c__Collection) (tptp.p__subCollection SUBGROUP GROUP) (tptp.p__memberCount SUBGROUP NUMBER) (tptp.p__memberType SUBGROUP TYPE))))) (forall ((GROUP $$unsorted) (TYPE $$unsorted) (NUMBER1 $$unsorted) (NUMBER2 $$unsorted)) (=> (and (tptp.p__d__instance NUMBER1 tptp.c__Integer) (tptp.p__d__instance GROUP tptp.c__Collection) (tptp.p__d__instance NUMBER2 tptp.c__NonnegativeInteger) (tptp.p__d__instance TYPE tptp.c__SetOrClass) (tptp.p__memberCount 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$$unsorted)) (=> (and (tptp.p__d__instance LOC tptp.c__Object) (tptp.p__d__instance SUB tptp.c__Process) (tptp.p__d__instance PROC tptp.c__Process) (tptp.p__eventLocated PROC LOC) (tptp.p__subProcess SUB PROC)) (tptp.p__eventLocated SUB LOC))) (forall ((IMPRISON $$unsorted) (INTERVAL $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance IMPRISON tptp.c__Imprisoning) (tptp.p__detainee IMPRISON AGENT) (tptp.p__d__instance AGENT tptp.c__Human) (tptp.p__time IMPRISON INTERVAL) (tptp.p__d__instance INTERVAL tptp.c__TimeInterval)) (exists ((ARREST $$unsorted) (TIME $$unsorted)) (and (tptp.p__d__instance TIME tptp.c__TimeInterval) (tptp.p__time ARREST TIME) (tptp.p__earlier TIME INTERVAL) (tptp.p__d__instance ARREST tptp.c__PlacingUnderArrest) (tptp.p__arrested ARREST AGENT))))) (tptp.p__d__instance tptp.c__conveyance tptp.c__CaseRole) (tptp.p__subrelation tptp.c__conveyance tptp.c__instrument) (forall ((VEHICLE $$unsorted) (TRANSPORT $$unsorted)) (=> (and (tptp.p__d__instance TRANSPORT tptp.c__Transportation) (tptp.p__instrument TRANSPORT VEHICLE) (tptp.p__d__instance VEHICLE tptp.c__RoadVehicle)) (tptp.p__d__instance TRANSPORT tptp.c__TransportViaRoadVehicle))) (forall ((TRANSPORT $$unsorted) (VEHICLE $$unsorted)) (=> (and (tptp.p__d__instance VEHICLE tptp.c__TransportationDevice) (tptp.p__d__instance TRANSPORT tptp.c__TransportViaRoadVehicle) (tptp.p__conveyance TRANSPORT VEHICLE)) (tptp.p__d__instance VEHICLE tptp.c__RoadVehicle))) (forall ((TRANSPORT $$unsorted)) (=> (tptp.p__d__instance TRANSPORT tptp.c__TransportViaRoadVehicle) (exists ((DRIVING $$unsorted)) (and (tptp.p__d__instance DRIVING tptp.c__Driving) (tptp.p__subProcess TRANSPORT DRIVING))))) (forall ((TRANSPORT $$unsorted) (DRIVE $$unsorted) (VEHICLE $$unsorted)) (=> (and (tptp.p__d__instance TRANSPORT tptp.c__Transportation) (tptp.p__subProcess TRANSPORT DRIVE) (tptp.p__d__instance DRIVE tptp.c__Driving) (tptp.p__instrument TRANSPORT VEHICLE) (tptp.p__d__instance VEHICLE tptp.c__TransportationDevice)) (tptp.p__patient DRIVE VEHICLE))) (forall ((VEHICLE $$unsorted) (DRIVE $$unsorted)) (=> (and (tptp.p__d__instance DRIVE tptp.c__Driving) (tptp.p__patient DRIVE VEHICLE) (tptp.p__d__instance VEHICLE tptp.c__RoadVehicle)) (exists ((TRANSPORT $$unsorted)) (and (tptp.p__d__instance TRANSPORT tptp.c__TransportViaRoadVehicle) (tptp.p__subProcess TRANSPORT DRIVE))))) (forall ((DRIVING $$unsorted) (TRANSPORT $$unsorted) (DRIVER $$unsorted)) (=> (and (tptp.p__d__instance DRIVER tptp.c__Agent) (tptp.p__d__instance DRIVING tptp.c__Driving) (tptp.p__subProcess TRANSPORT DRIVING) (tptp.p__d__instance TRANSPORT tptp.c__Transportation) (tptp.p__agent DRIVING DRIVER)) (tptp.p__transported TRANSPORT DRIVER))) (forall ((DRIVING $$unsorted) (TRANSPORT $$unsorted) (DEST $$unsorted)) (=> (and (tptp.p__d__instance DRIVING tptp.c__Driving) (tptp.p__subProcess TRANSPORT DRIVING) (tptp.p__d__instance TRANSPORT tptp.c__Transportation) (tptp.p__destination DRIVING DEST)) (tptp.p__destination TRANSPORT DEST))) (forall ((DRIVING $$unsorted) (TRANSPORT $$unsorted) (VEHICLE $$unsorted)) (=> (and (tptp.p__d__instance DRIVING tptp.c__Driving) (tptp.p__subProcess TRANSPORT DRIVING) (tptp.p__d__instance TRANSPORT tptp.c__Transportation) (tptp.p__d__instance VEHICLE tptp.c__Vehicle) (tptp.p__patient DRIVING VEHICLE)) (tptp.p__conveyance TRANSPORT VEHICLE))) (tptp.p__d__subclass tptp.c__GasolineEngine tptp.c__InternalCombustionEngine) (tptp.p__d__subclass tptp.c__DieselEngine tptp.c__InternalCombustionEngine) (tptp.p__d__instance tptp.c__typicalPart tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__typicalPart tptp.c__SpatialRelation) (tptp.p__relatedInternalConcept tptp.c__typicalPart tptp.c__part) (forall ((WHOLE $$unsorted) (PART $$unsorted)) (=> (and (tptp.p__d__subclass WHOLE tptp.c__Object) (tptp.p__d__subclass PART tptp.c__Object) (tptp.p__typicalPart PART WHOLE)) (exists ((X $$unsorted) (Y $$unsorted)) (and (tptp.p__d__instance X tptp.c__Object) (tptp.p__d__instance Y tptp.c__Object) (tptp.p__d__instance X WHOLE) (tptp.p__d__instance Y PART) (tptp.p__part Y X))))) (tptp.p__d__instance tptp.c__typicallyContainsPart tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__typicallyContainsPart tptp.c__SpatialRelation) (tptp.p__relatedInternalConcept tptp.c__typicallyContainsPart tptp.c__part) (forall ((WHOLE $$unsorted) (PART $$unsorted)) (=> (and (tptp.p__d__subclass WHOLE tptp.c__Object) (tptp.p__d__subclass PART tptp.c__Object) (tptp.p__typicallyContainsPart PART WHOLE)) (exists ((X $$unsorted) (Y $$unsorted)) (and (tptp.p__d__instance X tptp.c__Object) (tptp.p__d__instance Y tptp.c__Object) (tptp.p__d__instance X WHOLE) (tptp.p__d__instance Y PART) (tptp.p__part Y X))))) (tptp.p__d__instance tptp.c__initialPart tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__initialPart tptp.c__SpatialRelation) (tptp.p__relatedInternalConcept tptp.c__initialPart tptp.c__part) (tptp.p__initialPart tptp.c__AnimalAnatomicalStructure tptp.c__Animal) (tptp.p__d__instance tptp.c__initiallyContainsPart tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__initiallyContainsPart tptp.c__SpatialRelation) (tptp.p__relatedInternalConcept tptp.c__initiallyContainsPart tptp.c__part) (tptp.p__d__subclass tptp.c__CausingHappiness tptp.c__Process) (tptp.p__d__subclass tptp.c__CausingPain tptp.c__CausingUnhappiness) (tptp.p__d__subclass tptp.c__CausingUnhappiness tptp.c__Process) (tptp.p__d__subclass tptp.c__Lengthening tptp.c__Increasing) (tptp.p__d__subclass tptp.c__Saving tptp.c__Increasing) (tptp.p__subrelation tptp.c__financialAsset tptp.c__possesses) (forall ((P $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Object) (tptp.p__d__instance P tptp.c__Agent) (tptp.p__financialAsset P A)) (exists ((V $$unsorted)) (and (tptp.p__d__instance V tptp.c__CurrencyMeasure) (tptp.p__monetaryValue A V))))) (tptp.p__d__subclass tptp.c__Barking tptp.c__RadiatingSound) (forall ((B $$unsorted)) (=> (tptp.p__d__instance B tptp.c__Barking) (exists ((D $$unsorted)) (and (tptp.p__d__instance D tptp.c__Canine) (tptp.p__agent B D))))) (tptp.p__d__subclass tptp.c__Menstruation tptp.c__OrganOrTissueProcess) (tptp.p__d__subclass tptp.c__Organification tptp.c__OrganOrTissueProcess) (forall ((P $$unsorted)) (=> (tptp.p__d__instance P tptp.c__Organification) (exists ((O $$unsorted)) (and (tptp.p__d__instance O tptp.c__Organ) (tptp.p__result P O))))) (tptp.p__d__subclass tptp.c__BiologicalConception tptp.c__OrganOrTissueProcess) (forall ((SR $$unsorted)) (=> (tptp.p__d__instance SR tptp.c__SexualReproduction) (exists ((C $$unsorted)) (and (tptp.p__d__instance C tptp.c__BiologicalConception) (tptp.p__subProcess C SR))))) (tptp.p__d__subclass tptp.c__ContraceptiveDevice tptp.c__Device) (tptp.p__d__subclass tptp.c__BirdEgg tptp.c__Egg) (forall ((E $$unsorted)) (=> (tptp.p__d__instance E tptp.c__BirdEgg) (exists ((SR $$unsorted) (B $$unsorted)) (and (tptp.p__d__instance SR tptp.c__SexualReproduction) (tptp.p__agent SR B) (tptp.p__d__instance B tptp.c__Bird) (tptp.p__result SR E))))) (tptp.p__d__subclass tptp.c__Biopsy tptp.c__DiagnosticProcess) (tptp.p__d__subclass tptp.c__Biopsy tptp.c__Removing) (forall ((B $$unsorted) (BS $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Biopsy) (tptp.p__patient B BS)) (tptp.p__d__instance BS tptp.c__BodySubstance))) (tptp.p__d__subclass tptp.c__Mating tptp.c__OrganismProcess) (tptp.p__d__subclass tptp.c__Raping tptp.c__Mating) (tptp.p__d__subclass tptp.c__Raping tptp.c__CriminalAction) (forall ((R $$unsorted)) (=> (tptp.p__d__instance R tptp.c__Raping) (exists ((A $$unsorted)) (and (tptp.p__d__instance A tptp.c__CognitiveAgent) (tptp.p__experiencer R A) (not (tptp.p__wants A R)))))) (tptp.p__d__subclass tptp.c__LayingEggs tptp.c__OrganismProcess) (forall ((L $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance A tptp.c__Agent) (tptp.p__d__instance L tptp.c__LayingEggs) (tptp.p__experiencer L A)) (and (tptp.p__d__instance A tptp.c__Animal) (tptp.p__attribute A tptp.c__Female)))) (tptp.p__d__instance tptp.c__affiliatedOrganization tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__ideologicalAffiliationOfOrganization tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__religiousAffiliationOfOrganization tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__allegiance tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__ancestorOrganization tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__ancestorOrganization tptp.c__TransitiveRelation) (tptp.p__d__instance tptp.c__ancestorOrganization tptp.c__IrreflexiveRelation) (tptp.p__disjointRelation tptp.c__ancestorOrganization tptp.c__subOrganization) (tptp.p__d__instance tptp.c__anniversary tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__anniversary tptp.c__TemporalRelation) (tptp.p__subrelation tptp.c__birthday tptp.c__anniversary) (tptp.p__d__instance tptp.c__birthplace tptp.c__BinaryPredicate) (forall ((INDIV $$unsorted) (PLACE $$unsorted)) (=> (and (tptp.p__d__instance PLACE tptp.c__Object) (tptp.p__d__instance INDIV tptp.c__Animal) (tptp.p__birthplace INDIV PLACE)) (exists ((BIRTH $$unsorted)) (and (tptp.p__d__instance BIRTH tptp.c__Birth) (tptp.p__experiencer BIRTH INDIV) (tptp.p__eventLocated BIRTH PLACE))))) (tptp.p__d__instance tptp.c__birthdate tptp.c__BinaryPredicate) (forall ((P $$unsorted) (D $$unsorted)) (=> (and (tptp.p__d__instance D tptp.c__Day) (tptp.p__d__instance P tptp.c__Human) (tptp.p__birthdate P D)) (exists ((B $$unsorted)) (and (tptp.p__d__instance B tptp.c__Birth) (tptp.p__experiencer B P) (tptp.p__date B D))))) (tptp.p__d__instance tptp.c__deathdate tptp.c__BinaryPredicate) (forall ((P $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance T tptp.c__Day) (tptp.p__d__instance P tptp.c__Human) (tptp.p__deathdate P T)) (exists ((D $$unsorted)) (and (tptp.p__d__instance D tptp.c__Death) (tptp.p__experiencer D P) (tptp.p__date D T))))) (tptp.p__d__instance tptp.c__deathplace tptp.c__BinaryPredicate) (forall ((P $$unsorted) (L $$unsorted)) (=> (and (tptp.p__d__instance L tptp.c__Object) (tptp.p__d__instance P tptp.c__Animal) (tptp.p__deathplace P L)) (exists ((D $$unsorted)) (and (tptp.p__d__instance D tptp.c__Death) (tptp.p__experiencer D P) (tptp.p__eventLocated D L))))) (tptp.p__d__instance tptp.c__equipmentCount tptp.c__TernaryPredicate) (tptp.p__d__instance tptp.c__equipmentType tptp.c__BinaryPredicate) (forall ((T $$unsorted) (O $$unsorted)) (=> (and (tptp.p__d__instance T tptp.c__Device) (tptp.p__d__instance O tptp.c__Artifact) (tptp.p__equipmentType O T)) (exists ((D $$unsorted)) (and (tptp.p__d__instance D tptp.c__Object) (tptp.p__d__instance D T) (or (tptp.p__part D O) (tptp.p__connected D O)))))) (tptp.p__d__instance tptp.c__grammaticalRelation tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__distanceOnPath tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__inString tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__inString tptp.c__part) (forall ((CHAR $$unsorted) (STRING $$unsorted)) (=> (and (tptp.p__d__instance STRING tptp.c__SymbolicString) (tptp.p__part CHAR STRING) (tptp.p__d__instance CHAR tptp.c__Character)) (tptp.p__inString CHAR STRING))) (tptp.p__d__instance tptp.c__subString tptp.c__AntisymmetricRelation) (tptp.p__d__instance tptp.c__subString tptp.c__ReflexiveRelation) (tptp.p__d__instance tptp.c__subString tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__subString tptp.c__part) (forall ((S1 $$unsorted) (S2 $$unsorted) (L1 $$unsorted) (L2 $$unsorted)) (=> (and (tptp.p__d__instance S2 tptp.c__SymbolicString) (tptp.p__d__instance S1 tptp.c__SymbolicString) (tptp.p__d__instance L1 tptp.c__NonnegativeInteger) (tptp.p__d__instance L2 tptp.c__NonnegativeInteger) (tptp.p__subString S1 S2) (= L1 (tptp.f__StringLengthFn1 S1)) (= L2 (tptp.f__StringLengthFn1 S2))) (tptp.p__lessThanOrEqualTo L1 L2))) (forall ((S1 $$unsorted) (CH $$unsorted) (S2 $$unsorted)) (=> (and (tptp.p__d__instance S2 tptp.c__SymbolicString) (tptp.p__d__instance S1 tptp.c__SymbolicString) (tptp.p__d__instance CH tptp.c__Character) (tptp.p__subString S1 S2) (tptp.p__inString CH S1)) (tptp.p__inString CH S2))) (tptp.p__d__instance tptp.c__SubstringFn tptp.c__TernaryFunction) (tptp.p__d__instance tptp.c__SubstringFn tptp.c__PartialValuedRelation) (tptp.p__d__instance tptp.c__SubstringFn tptp.c__SingleValuedRelation) (tptp.p__d__instance tptp.c__StringLengthFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__StringLengthFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__StringLengthFn tptp.c__SingleValuedRelation) (tptp.p__d__instance tptp.c__stringLength tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__stringLength tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__stringLength tptp.c__SingleValuedRelation) (tptp.p__d__instance tptp.c__stringLength tptp.c__AsymmetricRelation) (forall ((INT $$unsorted) (STRING $$unsorted)) (=> (and (tptp.p__d__instance STRING tptp.c__SymbolicString) (tptp.p__d__instance INT tptp.c__NonnegativeInteger)) (= (tptp.p__stringLength INT STRING) (= INT (tptp.f__StringLengthFn1 STRING))))) (tptp.p__d__instance tptp.c__StringConcatenateFn tptp.c__BinaryFunction) (tptp.p__d__instance tptp.c__StringConcatenateFn tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__StringConcatenateFn tptp.c__SingleValuedRelation) (tptp.p__d__instance tptp.c__stringConcatenation tptp.c__TernaryPredicate) (tptp.p__d__instance tptp.c__stringConcatenation tptp.c__TotalValuedRelation) (tptp.p__d__instance tptp.c__stringConcatenation tptp.c__SingleValuedRelation) (forall ((S3 $$unsorted) (S1 $$unsorted) (S2 $$unsorted)) (=> (and (tptp.p__d__instance S3 tptp.c__SymbolicString) (tptp.p__d__instance S1 tptp.c__SymbolicString) (tptp.p__d__instance S2 tptp.c__SymbolicString)) (= (tptp.p__stringConcatenation S1 S1 S3) (= S3 (tptp.f__StringConcatenateFn2 S1 S2))))) (tptp.p__d__instance tptp.c__precedesInString tptp.c__TernaryPredicate) (tptp.p__subrelation tptp.c__stringConcatenation tptp.c__precedesInString) (forall ((S1 $$unsorted) (S2 $$unsorted) (S3 $$unsorted)) (=> (and (tptp.p__d__instance S3 tptp.c__SymbolicString) (tptp.p__d__instance S2 tptp.c__SymbolicString) (tptp.p__d__instance S1 tptp.c__SymbolicString) (tptp.p__precedesInString S1 S2 S3)) (and (tptp.p__subString S1 S3) (tptp.p__subString S2 S3)))) (forall ((S2 $$unsorted) (S1 $$unsorted) (S3 $$unsorted) (S4 $$unsorted)) (=> (and (tptp.p__d__instance S4 tptp.c__SymbolicString) (tptp.p__d__instance S2 tptp.c__SymbolicString) (tptp.p__d__instance S1 tptp.c__SymbolicString) (tptp.p__d__instance S3 tptp.c__SymbolicString) (tptp.p__precedesInString S1 S2 S4) (tptp.p__precedesInString S2 S3 S4)) (tptp.p__precedesInString S1 S3 S4))) (tptp.p__d__subclass tptp.c__Descriptor tptp.c__ContentBearingObject) (tptp.p__d__subclass tptp.c__Name tptp.c__Descriptor) (tptp.p__d__subclass tptp.c__Identifier tptp.c__Name) (tptp.p__d__subclass tptp.c__PlaceDescriptor tptp.c__Descriptor) (tptp.p__d__subclass tptp.c__DescriptorPart tptp.c__ContentBearingObject) (tptp.p__d__subclass tptp.c__NamePart tptp.c__DescriptorPart) (tptp.p__d__subclass tptp.c__IdentifierPart tptp.c__NamePart) (tptp.p__d__subclass tptp.c__PlaceID tptp.c__PlaceDescriptor) (tptp.p__d__subclass tptp.c__LocalizablePlaceID tptp.c__PlaceID) (tptp.p__d__subclass tptp.c__PlaceAddress tptp.c__PlaceID) (tptp.p__d__subclass tptp.c__ContactSite tptp.c__Object) (tptp.p__d__subclass tptp.c__TelephonyDevice tptp.c__ContactSite) (tptp.p__d__subclass tptp.c__TelephonyDevice tptp.c__CommunicationDevice) (tptp.p__d__subclass tptp.c__TelephonyDevice tptp.c__ElectricDevice) (tptp.p__d__subclass tptp.c__Telephone tptp.c__TelephonyDevice) (tptp.p__d__instance tptp.c__canonicalPlaceName tptp.c__TernaryPredicate) (forall ((LANG $$unsorted) (STR $$unsorted) (PLACE $$unsorted)) (=> (and (tptp.p__d__instance STR tptp.c__SymbolicString) (tptp.p__d__instance LANG tptp.c__Language) (tptp.p__d__instance PLACE tptp.c__Region) (tptp.p__canonicalPlaceName PLACE LANG STR)) (tptp.p__names STR PLACE))) (tptp.p__d__subclass tptp.c__PostalPlace tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__PostalPlace tptp.c__LocalizablePlace) (tptp.p__d__subclass tptp.c__PostalPlace tptp.c__ContactSite) (tptp.p__d__subclass tptp.c__MilitaryInstallation tptp.c__PostalPlace) (tptp.p__d__subclass tptp.c__Residence tptp.c__PostalPlace) (tptp.p__d__subclass tptp.c__PlaceOfCommerce tptp.c__PostalPlace) (tptp.p__d__instance tptp.c__siteForContact tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__siteForContact tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__postContactSite tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__postContactSite tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__postContactSite tptp.c__siteForContact) (tptp.p__d__instance tptp.c__unitNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__floorCode tptp.c__BinaryPredicate) (forall ((PLACE $$unsorted) (UNITSTR $$unsorted) (FLRCODE $$unsorted)) (=> (and (tptp.p__d__instance PLACE tptp.c__PostalPlace) (tptp.p__d__instance UNITSTR tptp.c__SymbolicString) (tptp.p__d__instance FLRCODE tptp.c__SymbolicString) (tptp.p__unitNumber UNITSTR PLACE) (tptp.p__floorCode FLRCODE PLACE)) (exists ((UNIT $$unsorted) (FLOOR $$unsorted)) (and (tptp.p__d__instance FLOOR tptp.c__BuildingLevel) (tptp.p__d__instance UNIT tptp.c__Room) (tptp.p__located UNIT FLOOR) (tptp.p__part FLOOR PLACE) (tptp.p__names UNITSTR UNIT) (tptp.p__names FLRCODE FLOOR))))) (forall ((PLACE $$unsorted) (UNITSTR $$unsorted) (BLDG $$unsorted)) (=> (and (tptp.p__d__instance PLACE tptp.c__PostalPlace) (tptp.p__d__instance UNITSTR tptp.c__SymbolicString) (tptp.p__d__instance BLDG tptp.c__Object) (tptp.p__unitNumber UNITSTR PLACE) (forall ((FLR $$unsorted)) (or (not (tptp.p__d__instance FLR tptp.c__SymbolicString)) (not (tptp.p__floorCode FLR PLACE))))) (exists ((UNIT $$unsorted)) (and (tptp.p__d__instance UNIT tptp.c__Room) (tptp.p__names UNITSTR UNIT) (tptp.p__located UNIT BLDG))))) (tptp.p__d__subclass tptp.c__Neighborhood tptp.c__GeographicArea) (forall ((PLACE $$unsorted)) (=> (tptp.p__d__instance PLACE tptp.c__Neighborhood) (exists ((AREA $$unsorted)) (and (tptp.p__d__instance AREA tptp.c__GeographicArea) (tptp.p__geographicSubregion PLACE AREA))))) (tptp.p__d__instance tptp.c__postNeighborhood tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__postNeighborhood tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__postNeighborhood tptp.c__located) (forall ((PLACE $$unsorted) (GEO $$unsorted)) (let ((_let_1 (tptp.p__d__instance GEO tptp.c__Neighborhood))) (let ((_let_2 (tptp.p__d__instance PLACE tptp.c__PostalPlace))) (=> (and _let_1 _let_2) (= (and (tptp.p__located PLACE GEO) _let_2 _let_1) (tptp.p__postNeighborhood PLACE GEO)))))) (forall ((NEIGHBORHOOD $$unsorted) (PLACE $$unsorted) (CITY $$unsorted)) (=> (and (tptp.p__d__instance NEIGHBORHOOD tptp.c__Neighborhood) (tptp.p__d__instance PLACE tptp.c__PostalPlace) (tptp.p__postNeighborhood PLACE NEIGHBORHOOD) (tptp.p__geographicSubregion NEIGHBORHOOD CITY) (tptp.p__d__instance CITY tptp.c__City)) (tptp.p__postCity PLACE CITY))) (forall ((NEIGHBORHOOD $$unsorted) (PLACE $$unsorted) (STATE $$unsorted)) (=> (and (tptp.p__d__instance NEIGHBORHOOD tptp.c__Neighborhood) (tptp.p__d__instance PLACE tptp.c__PostalPlace) (tptp.p__postNeighborhood PLACE NEIGHBORHOOD) (tptp.p__geographicSubregion NEIGHBORHOOD STATE) (tptp.p__d__instance STATE tptp.c__StateOrProvince)) (tptp.p__postDistrict PLACE STATE))) (tptp.p__d__instance tptp.c__postCountry tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__postCountry tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__postCountry tptp.c__located) (forall ((PLACE $$unsorted) (COUNTRY $$unsorted)) (=> (and (tptp.p__d__instance COUNTRY tptp.c__GeopoliticalArea) (tptp.p__d__instance PLACE tptp.c__PostalPlace) (tptp.p__postCountry PLACE COUNTRY)) (or (tptp.p__d__instance COUNTRY tptp.c__Nation) (tptp.p__d__instance COUNTRY tptp.c__DependencyOrSpecialSovereigntyArea)))) (forall ((PLACE $$unsorted) (GEO $$unsorted)) (let ((_let_1 (tptp.p__d__instance PLACE tptp.c__PostalPlace))) (=> (and (tptp.p__d__instance GEO tptp.c__GeopoliticalArea) _let_1) (= (and (tptp.p__located PLACE GEO) _let_1 (or (tptp.p__d__instance GEO tptp.c__Nation) (tptp.p__d__instance GEO tptp.c__DependencyOrSpecialSovereigntyArea))) (tptp.p__postCountry PLACE GEO))))) (forall ((CITY $$unsorted) (PLACE $$unsorted) (AREA $$unsorted)) (=> (and (tptp.p__d__instance CITY tptp.c__City) (tptp.p__d__instance PLACE tptp.c__PostalPlace) (tptp.p__postCity PLACE CITY) (tptp.p__geographicSubregion CITY AREA) (tptp.p__d__instance AREA tptp.c__StateOrProvince)) (tptp.p__postDistrict PLACE AREA))) (forall ((CITY $$unsorted) (PLACE $$unsorted) (AREA $$unsorted)) (=> (and (tptp.p__d__instance CITY tptp.c__City) (tptp.p__d__instance PLACE tptp.c__PostalPlace) (tptp.p__d__instance AREA tptp.c__GeopoliticalArea) (tptp.p__postCity PLACE CITY) (tptp.p__geographicSubregion CITY AREA) (or (tptp.p__d__instance AREA tptp.c__Nation) (tptp.p__d__instance AREA tptp.c__DependencyOrSpecialSovereigntyArea))) (tptp.p__postCountry PLACE AREA))) (tptp.p__d__instance tptp.c__postDistrict tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__postDistrict tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__postDistrict tptp.c__located) (forall ((PLACE $$unsorted) (GEO $$unsorted)) (let ((_let_1 (tptp.p__d__instance GEO tptp.c__StateOrProvince))) (let ((_let_2 (tptp.p__d__instance PLACE tptp.c__PostalPlace))) (=> (and _let_1 _let_2) (= (and (tptp.p__located PLACE GEO) _let_2 _let_1) (tptp.p__postDistrict PLACE GEO)))))) (tptp.p__d__instance tptp.c__postCity tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__postCity tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__postCity tptp.c__located) (forall ((PLACE $$unsorted) (GEO $$unsorted)) (let ((_let_1 (tptp.p__d__instance GEO tptp.c__City))) (let ((_let_2 (tptp.p__d__instance PLACE tptp.c__PostalPlace))) (=> (and _let_1 _let_2) (= (and (tptp.p__located PLACE GEO) _let_2 _let_1) (tptp.p__postCity PLACE GEO)))))) (tptp.p__d__subclass tptp.c__PostcodeArea tptp.c__LocalizablePlace) (forall ((AREA $$unsorted)) (=> (tptp.p__d__instance AREA tptp.c__PostcodeArea) (exists ((GEO $$unsorted)) (and (tptp.p__d__instance GEO tptp.c__GeographicArea) (tptp.p__geographicSubregion AREA GEO))))) (tptp.p__d__instance tptp.c__postPostcodeArea tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__postPostcodeArea tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__postPostcodeArea tptp.c__located) (forall ((PLACE $$unsorted) (AREA $$unsorted)) (let ((_let_1 (tptp.p__d__instance AREA tptp.c__PostcodeArea))) (let ((_let_2 (tptp.p__d__instance PLACE tptp.c__PostalPlace))) (=> (and _let_1 _let_2) (= (and (tptp.p__located PLACE AREA) _let_2 _let_1) (tptp.p__postPostcodeArea PLACE AREA)))))) (forall ((AREA $$unsorted) (PLACE $$unsorted) (CITY $$unsorted)) (=> (and (tptp.p__d__instance AREA tptp.c__PostcodeArea) (tptp.p__d__instance PLACE tptp.c__PostalPlace) (tptp.p__postPostcodeArea PLACE AREA) (tptp.p__geographicSubregion AREA CITY) (tptp.p__d__instance CITY tptp.c__City)) (tptp.p__postCity PLACE CITY))) (forall ((AREA $$unsorted) (PLACE $$unsorted) (GEO $$unsorted)) (=> (and (tptp.p__d__instance AREA tptp.c__PostcodeArea) (tptp.p__d__instance PLACE tptp.c__PostalPlace) (tptp.p__postPostcodeArea PLACE AREA) (tptp.p__geographicSubregion AREA GEO) (tptp.p__d__instance GEO tptp.c__StateOrProvince)) (tptp.p__postDistrict PLACE GEO))) (tptp.p__d__instance tptp.c__postStreet tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__postStreet tptp.c__BinaryPredicate) (forall ((POSTPLACE $$unsorted) (ROADWAY $$unsorted)) (=> (and (tptp.p__d__instance ROADWAY tptp.c__Roadway) (tptp.p__d__instance POSTPLACE tptp.c__PostalPlace) (tptp.p__postStreet POSTPLACE ROADWAY)) (tptp.p__orientation POSTPLACE ROADWAY tptp.c__Adjacent))) (tptp.p__d__instance tptp.c__postStreetNumber tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__postStreetNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__postPostOfficeBox tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__postPostOfficeBox tptp.c__BinaryPredicate) (tptp.p__d__subclass tptp.c__PostalAddressText tptp.c__PlaceAddress) (tptp.p__d__subclass tptp.c__PostalAddressText tptp.c__LocalizablePlaceID) (tptp.p__d__subclass tptp.c__PostalAddressText tptp.c__SymbolicString) (tptp.p__d__subclass tptp.c__PostalAddressText tptp.c__LinguisticExpression) (tptp.p__d__instance tptp.c__postAddressText tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__postAddressText tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__telecomContactDevice tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__telecomContactDevice tptp.c__BinaryPredicate) (tptp.p__subrelation tptp.c__telecomContactDevice tptp.c__siteForContact) (tptp.p__d__subclass tptp.c__VirtualPlaceID tptp.c__PlaceID) (tptp.p__d__subclass tptp.c__VirtualAddress tptp.c__PlaceAddress) (tptp.p__d__subclass tptp.c__VirtualAddress tptp.c__VirtualPlaceID) (tptp.p__d__subclass tptp.c__TelecomNumber tptp.c__VirtualAddress) (tptp.p__d__subclass tptp.c__TelecomNumber tptp.c__SymbolicString) (tptp.p__d__subclass tptp.c__TelecomNumber tptp.c__ContactSite) (tptp.p__d__instance tptp.c__deviceTelecomNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__deviceTelecomNumber tptp.c__AsymmetricRelation) (tptp.p__d__instance tptp.c__telecomCoreNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__telecomCoreNumber tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__telecomCoreNumber tptp.c__subString) (tptp.p__d__instance tptp.c__telecomCountryCode tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__telecomCountryCode tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__telecomCountryCode tptp.c__subString) (tptp.p__d__instance tptp.c__telecomAreaCode tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__telecomAreaCode tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__telecomAreaCode tptp.c__subString) (tptp.p__d__instance tptp.c__telecomCode2 tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__telecomCode2 tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__telecomCode2 tptp.c__subString) (tptp.p__d__instance tptp.c__telecomExtension tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__telecomExtension tptp.c__AsymmetricRelation) (forall ((AC $$unsorted) (CN $$unsorted) (WHOLE $$unsorted)) (=> (and (tptp.p__d__instance WHOLE tptp.c__TelecomNumber) (tptp.p__d__instance CN tptp.c__SymbolicString) (tptp.p__d__instance AC tptp.c__SymbolicString) (tptp.p__telecomCoreNumber CN WHOLE) (tptp.p__telecomAreaCode AC WHOLE)) (tptp.p__precedesInString AC CN WHOLE))) (forall ((CC $$unsorted) (CN $$unsorted) (WHOLE $$unsorted)) (=> (and (tptp.p__d__instance WHOLE tptp.c__TelecomNumber) (tptp.p__d__instance CN tptp.c__SymbolicString) (tptp.p__d__instance CC tptp.c__SymbolicString) (tptp.p__telecomCoreNumber CN WHOLE) (tptp.p__telecomCountryCode CC WHOLE)) (tptp.p__precedesInString CC CN WHOLE))) (forall ((CC $$unsorted) (AC $$unsorted) (WHOLE $$unsorted)) (=> (and (tptp.p__d__instance WHOLE tptp.c__TelecomNumber) (tptp.p__d__instance AC tptp.c__SymbolicString) (tptp.p__d__instance CC tptp.c__SymbolicString) (tptp.p__telecomAreaCode AC WHOLE) (tptp.p__telecomCountryCode CC WHOLE)) (tptp.p__precedesInString CC AC WHOLE))) (forall ((CN $$unsorted) (EX $$unsorted) (WHOLE $$unsorted)) (=> (and (tptp.p__d__instance WHOLE tptp.c__TelecomNumber) (tptp.p__d__instance CN tptp.c__SymbolicString) (tptp.p__d__instance EX tptp.c__SymbolicString) (tptp.p__telecomCoreNumber CN WHOLE) (tptp.p__telecomExtension EX WHOLE)) (tptp.p__precedesInString CN EX WHOLE))) (forall ((AC $$unsorted) (C2 $$unsorted) (WHOLE $$unsorted)) (=> (and (tptp.p__d__instance WHOLE tptp.c__TelecomNumber) (tptp.p__d__instance C2 tptp.c__SymbolicString) (tptp.p__d__instance AC tptp.c__SymbolicString) (tptp.p__telecomCode2 C2 WHOLE) (tptp.p__telecomAreaCode AC WHOLE)) (tptp.p__precedesInString AC C2 WHOLE))) (forall ((CC $$unsorted) (C2 $$unsorted) (WHOLE $$unsorted)) (=> (and (tptp.p__d__instance WHOLE tptp.c__TelecomNumber) (tptp.p__d__instance C2 tptp.c__SymbolicString) (tptp.p__d__instance CC tptp.c__SymbolicString) (tptp.p__telecomCode2 C2 WHOLE) (tptp.p__telecomCountryCode CC WHOLE)) (tptp.p__precedesInString CC C2 WHOLE))) (tptp.p__d__instance tptp.c__telephoneNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__telephoneNumber tptp.c__AsymmetricRelation) (forall ((NUMBER $$unsorted) (AGENT $$unsorted)) (=> (and (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance NUMBER tptp.c__TelecomNumber) (tptp.p__telephoneNumber NUMBER AGENT)) (tptp.p__siteForContact NUMBER AGENT))) (tptp.p__d__instance tptp.c__personalPhoneNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__personalPhoneNumber tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__personalPhoneNumber tptp.c__telephoneNumber) (tptp.p__d__instance tptp.c__homePhoneNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__homePhoneNumber tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__homePhoneNumber tptp.c__telephoneNumber) (tptp.p__d__instance tptp.c__workPhoneNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__workPhoneNumber tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__workPhoneNumber tptp.c__telephoneNumber) (tptp.p__d__subclass tptp.c__FixedPhone tptp.c__Telephone) (tptp.p__d__subclass tptp.c__MobileCellPhone tptp.c__ReceiverDevice) (tptp.p__d__subclass tptp.c__MobileCellPhone tptp.c__Telephone) (tptp.p__d__instance tptp.c__mobilePhoneNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__mobilePhoneNumber tptp.c__AsymmetricRelation) (tptp.p__subrelation tptp.c__mobilePhoneNumber tptp.c__telephoneNumber) (tptp.p__d__instance tptp.c__faxNumber tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__faxNumber tptp.c__AsymmetricRelation) (tptp.p__d__subclass tptp.c__FabricIron tptp.c__Device) (forall ((IRON $$unsorted)) (=> (and (tptp.p__d__instance IRON tptp.c__SelfConnectedObject) (tptp.p__d__instance IRON tptp.c__FabricIron)) (exists ((BASE $$unsorted)) (and (tptp.p__d__instance BASE tptp.c__CorpuscularObject) (tptp.p__bottom BASE IRON) (tptp.p__material tptp.c__Metal BASE) (tptp.p__attribute BASE tptp.c__Flat))))) (tptp.p__d__subclass tptp.c__IroningBoard tptp.c__Device) (tptp.p__d__subclass tptp.c__Smoothing tptp.c__SurfaceChange) (tptp.p__d__subclass tptp.c__Ironing tptp.c__Smoothing) (forall ((OBJ $$unsorted) (I $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__d__instance I tptp.c__Ironing) (tptp.p__patient I OBJ)) (exists ((HEAT $$unsorted) (IRON $$unsorted) (PART $$unsorted)) (and (tptp.p__d__instance PART tptp.c__Object) (tptp.p__d__instance IRON tptp.c__Physical) (tptp.p__superficialPart PART OBJ) (tptp.p__d__instance HEAT tptp.c__Heating) (tptp.p__patient HEAT IRON) (tptp.p__patient I PART) (tptp.p__instrument I IRON))))) (forall ((OBJ $$unsorted) (FABRIC $$unsorted) (I $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__d__instance I tptp.c__Ironing) (tptp.p__patient I OBJ) (tptp.p__part FABRIC OBJ) (tptp.p__d__instance FABRIC tptp.c__Fabric)) (exists ((IRON $$unsorted) (HEAT $$unsorted)) (and (tptp.p__d__instance HEAT tptp.c__Heating) (tptp.p__patient HEAT IRON) (tptp.p__d__instance IRON tptp.c__FabricIron) (tptp.p__instrument I IRON))))) (tptp.p__d__subclass tptp.c__WhirlpoolTub tptp.c__FluidContainer) (tptp.p__d__subclass tptp.c__HotTub tptp.c__WhirlpoolTub) (tptp.p__d__subclass tptp.c__SizeAttribute tptp.c__RelationalAttribute) (forall ((ATTR $$unsorted) (X $$unsorted)) (let ((_let_1 (tptp.p__d__instance X tptp.c__Object))) (=> (and _let_1 (tptp.p__attribute X ATTR) (tptp.p__d__instance ATTR tptp.c__SizeAttribute)) _let_1))) (tptp.p__d__instance tptp.c__DoubleSize tptp.c__SizeAttribute) 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(tptp.p__d__instance LEG3 tptp.c__Object) (tptp.p__part LEG1 X) (tptp.p__part LEG2 X) (tptp.p__part LEG3 X) (tptp.p__meetsSpatially LEG1 LEG2) (tptp.p__meetsSpatially LEG2 LEG3) (tptp.p__meetsSpatially LEG1 LEG3))))) (tptp.p__d__subclass tptp.c__Easel tptp.c__Tripod) (tptp.p__d__subclass tptp.c__Solarium tptp.c__Room) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Solarium) (exists ((WALL $$unsorted)) (and (tptp.p__d__instance WALL tptp.c__Wall) (tptp.p__part WALL X) (tptp.p__attribute WALL tptp.c__Transparent))))) (tptp.p__d__subclass tptp.c__ExerciseCenter tptp.c__SportsFacility) (tptp.p__d__subclass tptp.c__GameRoom tptp.c__Room) (tptp.p__d__subclass tptp.c__Nursery tptp.c__Room) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__Nursery) (exists ((CRIB $$unsorted)) (and (tptp.p__d__instance CRIB tptp.c__Crib) (tptp.p__located CRIB X))))) (tptp.p__d__subclass tptp.c__SteamBath tptp.c__Room) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__SteamBath) (exists ((STEAM $$unsorted)) (and (tptp.p__d__instance STEAM tptp.c__Steam) (tptp.p__located STEAM X))))) (tptp.p__d__subclass tptp.c__HeatedPool tptp.c__SwimmingPool) (forall ((X $$unsorted) (HEATER $$unsorted) (WATER $$unsorted)) (=> (and (tptp.p__d__instance X tptp.c__SelfConnectedObject) (tptp.p__d__instance X tptp.c__HeatedPool) (tptp.p__contains X WATER) (tptp.p__d__instance WATER tptp.c__Water) (tptp.p__part X HEATER) (tptp.p__d__instance HEATER tptp.c__WaterHeater) (tptp.p__attribute HEATER tptp.c__DeviceOn)) (tptp.p__attribute WATER tptp.c__WarmTemperature))) (tptp.p__d__subclass tptp.c__RoomHeater tptp.c__HeatingDevice) (tptp.p__d__subclass tptp.c__DanceHall tptp.c__StationaryArtifact) (tptp.p__d__subclass tptp.c__NightClub tptp.c__DanceHall) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__NightClub) (exists ((BAR $$unsorted)) (and (tptp.p__d__instance BAR tptp.c__Tavern) (tptp.p__located BAR X))))) (tptp.p__d__subclass tptp.c__ScubaDiving tptp.c__Swimming) (tptp.p__d__instance tptp.c__AmericansWithDisabilitiesAct tptp.c__Proposition) (tptp.p__subrelation tptp.c__conforms tptp.c__represents) (forall ((OBJ $$unsorted)) (=> (and (tptp.p__d__instance OBJ tptp.c__Object) (tptp.p__conforms OBJ tptp.c__AmericansWithDisabilitiesAct)) (tptp.p__attribute OBJ tptp.c__HandicappedFriendly))) (tptp.p__d__instance tptp.c__USFEMA tptp.c__GovernmentOrganization) (tptp.p__subrelation tptp.c__approves tptp.c__inScopeOfInterest) (tptp.p__d__subclass tptp.c__WetBar tptp.c__Artifact) (tptp.p__d__subclass tptp.c__SurveillanceSystem tptp.c__Collection) (tptp.p__d__subclass tptp.c__ArtifactMediatedCommunication tptp.c__Communication) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__ArtifactMediatedCommunication) (exists ((OBJ $$unsorted)) (and (tptp.p__d__instance OBJ tptp.c__Artifact) (tptp.p__instrument X OBJ))))) (tptp.p__d__subclass tptp.c__TelephoneCommunication tptp.c__ArtifactMediatedCommunication) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__TelephoneCommunication) (exists ((TEL1 $$unsorted) (TEL2 $$unsorted) (ORIGIN $$unsorted) (DEST $$unsorted)) (and (tptp.p__d__instance ORIGIN tptp.c__ContactSite) (tptp.p__d__instance DEST tptp.c__ContactSite) (tptp.p__d__instance TEL1 tptp.c__Agent) (tptp.p__d__instance TEL2 tptp.c__Agent) (tptp.p__origin X ORIGIN) (tptp.p__destination X DEST) (tptp.p__siteForContact ORIGIN TEL1) (tptp.p__siteForContact DEST TEL2) (tptp.p__d__instance TEL1 tptp.c__Telephone) (tptp.p__d__instance TEL2 tptp.c__Telephone) (tptp.p__instrument X TEL1) (tptp.p__instrument X TEL2))))) (tptp.p__d__subclass tptp.c__OperatorAssistedTelephoneCommunication tptp.c__TelephoneCommunication) (tptp.p__d__subclass tptp.c__DirectDialTelephoneCommunication tptp.c__TelephoneCommunication) (tptp.p__d__subclass tptp.c__VoiceMail tptp.c__AudioRecording) (forall ((X $$unsorted)) (=> (tptp.p__d__instance X tptp.c__VoiceMail) (exists ((TEL $$unsorted)) (and (tptp.p__d__instance TEL tptp.c__TelephoneCommunication) (tptp.p__patient TEL X))))) (tptp.p__d__instance tptp.c__Local tptp.c__RelationalAttribute) (tptp.p__d__instance tptp.c__Domestic tptp.c__RelationalAttribute) (tptp.p__d__instance tptp.c__International tptp.c__RelationalAttribute) (tptp.p__d__instance tptp.c__CommunalAttribute tptp.c__RelationalAttribute) (tptp.p__d__instance tptp.c__PrivateAttribute tptp.c__RelationalAttribute) (forall ((X $$unsorted)) (let ((_let_1 (tptp.p__d__instance X tptp.c__Object))) (=> (and _let_1 (tptp.p__attribute X tptp.c__CommunalAttribute)) _let_1))) (tptp.p__d__subclass tptp.c__Policy tptp.c__Proposition) (forall ((POLICY $$unsorted)) (=> (tptp.p__d__instance POLICY tptp.c__Policy) (exists ((ORG $$unsorted)) (and (tptp.p__d__instance ORG tptp.c__Organization) (tptp.p__policyOwner ORG POLICY))))) (tptp.p__d__instance tptp.c__policyOwner tptp.c__BinaryPredicate) (forall ((AGENT $$unsorted) (POLICY $$unsorted)) (=> (and (tptp.p__d__instance POLICY tptp.c__Policy) (tptp.p__d__instance AGENT tptp.c__Organization) (tptp.p__policyOwner AGENT POLICY)) (exists ((CREATE $$unsorted)) (and (tptp.p__d__instance CREATE tptp.c__Creation) (tptp.p__agent CREATE AGENT) (tptp.p__result CREATE POLICY))))) (tptp.p__d__subclass tptp.c__Hydrogen tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Hydrogen tptp.c__1) (tptp.p__d__subclass tptp.c__Helium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Helium tptp.c__2) (tptp.p__d__subclass tptp.c__Lithium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Lithium tptp.c__3) (tptp.p__d__subclass tptp.c__Beryllium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Beryllium tptp.c__4) (tptp.p__d__subclass tptp.c__Boron tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Boron tptp.c__5) (tptp.p__d__subclass tptp.c__Carbon tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Carbon tptp.c__6) (tptp.p__d__subclass tptp.c__Nitrogen tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Nitrogen tptp.c__7) (tptp.p__d__subclass tptp.c__Oxygen tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Oxygen tptp.c__8) (tptp.p__d__subclass tptp.c__Fluorine tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Fluorine tptp.c__9) (tptp.p__d__subclass tptp.c__Neon tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Neon tptp.c__10) (tptp.p__d__subclass tptp.c__Sodium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Sodium tptp.c__11) (tptp.p__d__subclass tptp.c__Magnesium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Magnesium tptp.c__12) (tptp.p__d__subclass tptp.c__Aluminum tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Aluminum tptp.c__13) (tptp.p__d__subclass tptp.c__Silicon tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Silicon tptp.c__14) (tptp.p__d__subclass tptp.c__Phosphorus tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Phosphorus tptp.c__15) (tptp.p__d__subclass tptp.c__Sulphur tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Sulphur tptp.c__16) (tptp.p__d__subclass tptp.c__Chlorine tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Chlorine tptp.c__17) (tptp.p__d__subclass tptp.c__Argon tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Argon tptp.c__18) (tptp.p__d__subclass tptp.c__Potassium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Potassium tptp.c__19) (tptp.p__d__subclass tptp.c__Calcium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Calcium tptp.c__20) (tptp.p__d__subclass tptp.c__Scandium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Scandium tptp.c__21) (tptp.p__d__subclass tptp.c__Titanium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Titanium tptp.c__22) (tptp.p__d__subclass tptp.c__Vanadium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Vanadium tptp.c__23) (tptp.p__d__subclass tptp.c__Chromium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Chromium tptp.c__24) (tptp.p__d__subclass tptp.c__Manganese tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Manganese tptp.c__25) (tptp.p__d__subclass tptp.c__Iron tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Iron tptp.c__26) (tptp.p__d__subclass tptp.c__Cobalt tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Cobalt tptp.c__27) (tptp.p__d__subclass tptp.c__Nickel tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Nickel tptp.c__28) (tptp.p__d__subclass tptp.c__Copper tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Copper tptp.c__29) (tptp.p__d__subclass tptp.c__Zinc tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Zinc tptp.c__30) (tptp.p__d__subclass tptp.c__Gallium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Gallium tptp.c__31) (tptp.p__d__subclass tptp.c__Germanium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Germanium tptp.c__32) (tptp.p__d__subclass tptp.c__Arsenic tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Arsenic tptp.c__33) (tptp.p__d__subclass tptp.c__Selenium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Selenium tptp.c__34) (tptp.p__d__subclass tptp.c__Bromine tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Bromine tptp.c__35) (tptp.p__d__subclass tptp.c__Krypton tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Krypton tptp.c__36) (tptp.p__d__subclass tptp.c__Rubidium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Rubidium tptp.c__37) (tptp.p__d__subclass tptp.c__Strontium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Strontium tptp.c__38) (tptp.p__d__subclass tptp.c__Yttrium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Yttrium tptp.c__39) (tptp.p__d__subclass tptp.c__Zirconium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Zirconium tptp.c__40) (tptp.p__d__subclass tptp.c__Niobium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Niobium tptp.c__41) (tptp.p__d__subclass tptp.c__Molybdenum tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Molybdenum tptp.c__42) (tptp.p__d__subclass tptp.c__Technetium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Technetium tptp.c__43) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Technetium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__98 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Ruthenium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Ruthenium tptp.c__44) (tptp.p__d__subclass tptp.c__Rhodium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Rhodium tptp.c__45) (tptp.p__d__subclass tptp.c__Palladium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Palladium tptp.c__46) (tptp.p__d__subclass tptp.c__Silver tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Silver tptp.c__47) (tptp.p__d__subclass tptp.c__Cadmium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Cadmium tptp.c__48) (tptp.p__d__subclass tptp.c__Indium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Indium tptp.c__49) (tptp.p__d__subclass tptp.c__Tin tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Tin tptp.c__50) (tptp.p__d__subclass tptp.c__Antimony tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Antimony tptp.c__51) (tptp.p__d__subclass tptp.c__Tellurium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Tellurium tptp.c__52) (tptp.p__d__subclass tptp.c__Iodine tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Iodine tptp.c__53) (tptp.p__d__subclass tptp.c__Xenon tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Xenon tptp.c__54) (tptp.p__d__subclass tptp.c__Caesium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Caesium tptp.c__55) (tptp.p__d__subclass tptp.c__Barium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Barium tptp.c__56) (tptp.p__d__subclass tptp.c__Lanthanum tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Lanthanum tptp.c__57) (tptp.p__d__subclass tptp.c__Cerium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Cerium tptp.c__58) (tptp.p__d__subclass tptp.c__Praseodymium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Praseodymium tptp.c__59) (tptp.p__d__subclass tptp.c__Neodymium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Neodymium tptp.c__60) (tptp.p__d__subclass tptp.c__Promethium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Promethium tptp.c__61) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Promethium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__147 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Samarium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Samarium tptp.c__62) (tptp.p__d__subclass tptp.c__Europium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Europium tptp.c__63) (tptp.p__d__subclass tptp.c__Gadolinium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Gadolinium tptp.c__64) (tptp.p__d__subclass tptp.c__Terbium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Terbium tptp.c__65) (tptp.p__d__subclass tptp.c__Dysprosium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Dysprosium tptp.c__66) (tptp.p__d__subclass tptp.c__Holmium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Holmium tptp.c__67) (tptp.p__d__subclass tptp.c__Erbium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Erbium tptp.c__68) (tptp.p__d__subclass tptp.c__Thulium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Thulium tptp.c__69) (tptp.p__d__subclass tptp.c__Ytterbium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Ytterbium tptp.c__70) (tptp.p__d__subclass tptp.c__Lutetium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Lutetium tptp.c__71) (tptp.p__d__subclass tptp.c__Hafnium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Hafnium tptp.c__72) (tptp.p__d__subclass tptp.c__Tantalum tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Tantalum tptp.c__73) (tptp.p__d__subclass tptp.c__Tungsten tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Tungsten tptp.c__74) (tptp.p__d__subclass tptp.c__Rhenium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Rhenium tptp.c__75) (tptp.p__d__subclass tptp.c__Osmium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Osmium tptp.c__76) (tptp.p__d__subclass tptp.c__Iridium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Iridium tptp.c__77) (tptp.p__d__subclass tptp.c__Platinum tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Platinum tptp.c__78) (tptp.p__d__subclass tptp.c__Gold tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Gold tptp.c__79) (tptp.p__d__subclass tptp.c__Mercury tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Mercury tptp.c__80) (tptp.p__d__subclass tptp.c__Thallium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Thallium tptp.c__81) (tptp.p__d__subclass tptp.c__Lead tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Lead tptp.c__82) (tptp.p__d__subclass tptp.c__Bismuth tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Bismuth tptp.c__83) (tptp.p__d__subclass tptp.c__Polonium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Polonium tptp.c__84) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Polonium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__210 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Astatine tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Astatine tptp.c__85) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Astatine) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__210 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Radon tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Radon tptp.c__86) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Radon) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__222 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Francium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Francium tptp.c__87) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Francium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__223 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Radium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Radium tptp.c__88) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Radium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__226 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Actinium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Actinium tptp.c__89) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Actinium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__227 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Thorium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Thorium tptp.c__90) (tptp.p__d__subclass tptp.c__Protactinium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Protactinium tptp.c__91) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Protactinium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__231 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Uranium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Uranium tptp.c__92) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Uranium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__231 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Neptunium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Neptunium tptp.c__93) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Neptunium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__237 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Plutonium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Plutonium tptp.c__94) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Plutonium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__242 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Americium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Americium tptp.c__95) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Americium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__243 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Curium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Curium tptp.c__96) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Curium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__247 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Berkelium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Berkelium tptp.c__97) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Berkelium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__247 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Californium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Californium tptp.c__98) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Californium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__249 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Einsteinium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Einsteinium tptp.c__99) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Einsteinium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__254 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Fermium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Fermium tptp.c__100) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Fermium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__253 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Mendelevium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Mendelevium tptp.c__101) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Mendelevium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__256 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Nobelium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Nobelium tptp.c__102) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Nobelium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__254 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Lawrencium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Lawrencium tptp.c__103) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Lawrencium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__262 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Unnilquadium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Unnilquadium tptp.c__104) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Unnilquadium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__261 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Unnilpentium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Unnilpentium tptp.c__105) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Unnilpentium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__262 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Unnilhexium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Unnilhexium tptp.c__106) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Unnilhexium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__263 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Unnilseptium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Unnilseptium tptp.c__107) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Unnilseptium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__262 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Unniloctium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Unniloctium tptp.c__108) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Unniloctium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__265 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Meitnerium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Meitnerium tptp.c__109) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Meitnerium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__266 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__Unnildecium tptp.c__ElementalSubstance) (tptp.p__atomicNumber tptp.c__Unnildecium tptp.c__110) (forall ((ATOM $$unsorted)) (=> (and (tptp.p__d__instance ATOM tptp.c__Unnildecium) (tptp.p__d__instance ATOM tptp.c__Atom)) (tptp.p__measure ATOM (tptp.f__MeasureFn2 tptp.c__272 tptp.c__Amu)))) (tptp.p__d__subclass tptp.c__VehicleDoor tptp.c__Device) (tptp.p__d__instance tptp.c__DeviceNormal tptp.c__InternalAttribute) (forall ((D $$unsorted) (F $$unsorted)) (=> (and (tptp.p__d__instance D tptp.c__Object) (tptp.p__d__instance F tptp.c__Formula) (tptp.p__attribute D tptp.c__DeviceNormal) (tptp.p__hasPurpose D F)) (tptp.p__modalAttribute F tptp.c__Possibility))) (tptp.p__d__instance tptp.c__DeviceDamaged tptp.c__InternalAttribute) (tptp.p__contraryAttribute2 tptp.c__DeviceDamaged tptp.c__DeviceNormal) (forall ((D $$unsorted) (F $$unsorted)) (=> (and (tptp.p__d__instance D tptp.c__Object) (tptp.p__d__instance F tptp.c__Formula) (tptp.p__attribute D tptp.c__DeviceDamaged) (tptp.p__hasPurpose D F)) (not (tptp.p__modalAttribute F tptp.c__Possibility)))) (tptp.p__d__subclass tptp.c__Vending tptp.c__FinancialTransaction) (forall ((V $$unsorted)) (=> (tptp.p__d__instance V tptp.c__Vending) (exists ((VM $$unsorted)) (and (tptp.p__d__instance VM tptp.c__VendingMachine) (tptp.p__origin V VM))))) (tptp.p__d__subclass tptp.c__VendingMachine tptp.c__Machine) (tptp.p__d__instance tptp.c__CoinOperated tptp.c__Attribute) (forall ((M $$unsorted)) (=> (and (tptp.p__d__instance M tptp.c__Object) (tptp.p__attribute M tptp.c__CoinOperated)) (tptp.p__d__instance M tptp.c__Machine))) (tptp.p__d__subclass tptp.c__FishTank tptp.c__FluidContainer) (tptp.p__d__instance tptp.c__Collectible tptp.c__RelationalAttribute) (tptp.p__d__subclass tptp.c__TradingCard tptp.c__Icon) (forall ((TC $$unsorted)) (=> (and (tptp.p__d__instance TC tptp.c__Object) (tptp.p__d__instance TC tptp.c__TradingCard)) (tptp.p__attribute TC tptp.c__Collectible))) (tptp.p__d__subclass tptp.c__SmartPhone tptp.c__MobileCellPhone) (tptp.p__d__instance tptp.c__suffers tptp.c__CaseRole) (tptp.p__d__instance tptp.c__suffers tptp.c__BinaryRelation) (forall ((A $$unsorted) (B $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Agent) (tptp.p__d__instance A tptp.c__Process) (tptp.p__suffers A B)) (not (tptp.p__benefits A B)))) (forall ((A $$unsorted) (B $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Agent) (tptp.p__d__instance A tptp.c__Process) (tptp.p__benefits A B)) (not (tptp.p__suffers A B)))) (forall ((PROCESS $$unsorted) (AGENT $$unsorted) (PROCESSSTART $$unsorted) (AGENTEND $$unsorted)) (=> (and (tptp.p__d__instance PROCESS tptp.c__Process) (tptp.p__d__instance PROCESSSTART tptp.c__TimePoint) (tptp.p__d__instance AGENT tptp.c__Agent) (tptp.p__d__instance AGENTEND tptp.c__TimePoint) (= PROCESSSTART (tptp.f__BeginFn1 (tptp.f__WhenFn1 PROCESS))) (= AGENTEND (tptp.f__EndFn1 (tptp.f__WhenFn1 AGENT))) (tptp.p__suffers PROCESS AGENT)) (tptp.p__before PROCESSSTART AGENTEND))) (forall ((B $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__CognitiveAgent) (tptp.p__d__instance A tptp.c__Process) (tptp.p__benefits A B)) (tptp.p__wants B A))) (forall ((B $$unsorted) (A $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__CognitiveAgent) (tptp.p__d__instance A tptp.c__Process) (tptp.p__suffers A B)) (not (tptp.p__wants B A)))) (tptp.p__d__subclass tptp.c__Apologizing tptp.c__Stating) (tptp.p__d__subclass tptp.c__Confirming tptp.c__Stating) (tptp.p__d__subclass tptp.c__Elaborating tptp.c__LinguisticCommunication) (tptp.p__d__subclass tptp.c__Restating tptp.c__LinguisticCommunication) (tptp.p__d__subclass tptp.c__Correcting tptp.c__Stating) (forall ((C $$unsorted) (CS $$unsorted)) (=> (and (tptp.p__d__instance CS tptp.c__Proposition) (tptp.p__d__instance C tptp.c__Correcting)) (exists ((D $$unsorted) (S $$unsorted) (SP $$unsorted) (CP $$unsorted)) (and (tptp.p__d__instance SP tptp.c__Proposition) (tptp.p__d__instance CP tptp.c__Proposition) (tptp.p__d__instance D tptp.c__Disagreeing) (tptp.p__subProcess C D) (tptp.p__d__instance S tptp.c__Stating) (tptp.p__containsInformation S SP) (tptp.p__containsInformation C CP) (tptp.p__refers CP SP) (not (tptp.p__consistent CS SP)))))) (tptp.p__d__subclass tptp.c__Prompting tptp.c__Requesting) (tptp.p__d__instance tptp.c__CoveringFn tptp.c__UnaryFunction) (tptp.p__d__instance tptp.c__covers tptp.c__BinaryPredicate) (tptp.p__d__instance tptp.c__covers tptp.c__TransitiveRelation) (tptp.p__d__instance tptp.c__covers tptp.c__SpatialRelation) (forall ((B $$unsorted) (A $$unsorted) (S $$unsorted)) (=> (and (tptp.p__d__instance B tptp.c__Object) (tptp.p__d__instance A tptp.c__Object) (tptp.p__d__instance S tptp.c__Object) (tptp.p__covers A B) (tptp.p__superficialPart S B)) (tptp.p__meetsSpatially A S))) (tptp.p__d__instance tptp.c__beforeOnPath tptp.c__QuaternaryPredicate) (tptp.p__d__instance tptp.c__beforeOnPath tptp.c__SpatialRelation) (forall ((O1 $$unsorted) (O2 $$unsorted) (O3 $$unsorted) (PATH $$unsorted) (T $$unsorted)) (=> (and (tptp.p__d__instance PATH tptp.c__Object) (tptp.p__d__instance O3 tptp.c__Object) (tptp.p__d__instance O2 tptp.c__Object) (tptp.p__d__instance O1 tptp.c__Object) (tptp.p__betweenOnPath O1 O2 O3 PATH) (tptp.p__d__instance T tptp.c__Transfer) (tptp.p__path T PATH) (tptp.p__origin T O1) (tptp.p__destination T O3)) (and (tptp.p__beforeOnPath O1 O2 PATH T) (tptp.p__beforeOnPath O2 O3 PATH T)))) (tptp.p__d__instance tptp.c__approximateValue tptp.c__BinaryPredicate) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__SetOrClass)) (= (tptp.p__d__holds3 tptp.c__subclass VAR1 VAR2) (tptp.p__subclass VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Relation) (tptp.p__d__instance VAR1 tptp.c__Relation)) (= (tptp.p__d__holds3 tptp.c__subrelation VAR1 VAR2) (tptp.p__subrelation VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Attribute) (tptp.p__d__instance VAR1 tptp.c__Attribute)) (= (tptp.p__d__holds3 tptp.c__subAttribute VAR1 VAR2) (tptp.p__subAttribute VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__part VAR1 VAR2) (tptp.p__part VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Collection) (tptp.p__d__instance VAR1 tptp.c__Collection)) (= (tptp.p__d__holds3 tptp.c__subCollection VAR1 VAR2) (tptp.p__subCollection VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds3 tptp.c__lessThanOrEqualTo VAR1 VAR2) (tptp.p__lessThanOrEqualTo VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds3 tptp.c__greaterThanOrEqualTo VAR1 VAR2) (tptp.p__greaterThanOrEqualTo VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__List) (tptp.p__d__instance VAR1 tptp.c__List)) (= (tptp.p__d__holds3 tptp.c__subList VAR1 VAR2) (tptp.p__subList VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__List) (tptp.p__d__instance VAR1 tptp.c__List)) (= (tptp.p__d__holds3 tptp.c__initialList VAR1 VAR2) (tptp.p__initialList VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__ContentBearingPhysical) (tptp.p__d__subclass VAR1 tptp.c__ContentBearingPhysical)) (= (tptp.p__d__holds3 tptp.c__subsumesContentClass VAR1 VAR2) (tptp.p__subsumesContentClass VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__ContentBearingPhysical) (tptp.p__d__instance VAR1 tptp.c__ContentBearingPhysical)) (= (tptp.p__d__holds3 tptp.c__subsumesContentInstance VAR1 VAR2) (tptp.p__subsumesContentInstance VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimePosition) (tptp.p__d__instance VAR1 tptp.c__TimePosition)) (= (tptp.p__d__holds3 tptp.c__temporalPart VAR1 VAR2) (tptp.p__temporalPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimePoint) (tptp.p__d__instance VAR1 tptp.c__TimePoint)) (= (tptp.p__d__holds3 tptp.c__beforeOrEqual VAR1 VAR2) (tptp.p__beforeOrEqual VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Process) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__subProcess VAR1 VAR2) (tptp.p__subProcess VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organization) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds3 tptp.c__subOrganization VAR1 VAR2) (tptp.p__subOrganization VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GeometricFigure) (tptp.p__d__instance VAR1 tptp.c__GeometricFigure)) (= (tptp.p__d__holds3 tptp.c__geometricPart VAR1 VAR2) (tptp.p__geometricPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Abstract) (tptp.p__d__instance VAR1 tptp.c__Abstract)) (= (tptp.p__d__holds3 tptp.c__abstractPart VAR1 VAR2) (tptp.p__abstractPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (= (tptp.p__d__holds3 tptp.c__equal VAR1 VAR2) (= VAR1 VAR2))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (= (tptp.p__d__holds3 tptp.c__relatedInternalConcept VAR1 VAR2) (tptp.p__relatedInternalConcept VAR1 VAR2))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__List) (tptp.p__d__instance VAR1 tptp.c__List)) (= (tptp.p__d__holds3 tptp.c__identicalListItems VAR1 VAR2) (tptp.p__identicalListItems VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__copy VAR1 VAR2) (tptp.p__copy VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__ContentBearingPhysical) (tptp.p__d__subclass VAR1 tptp.c__ContentBearingPhysical)) (= (tptp.p__d__holds3 tptp.c__equivalentContentClass VAR1 VAR2) (tptp.p__equivalentContentClass VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__ContentBearingPhysical) (tptp.p__d__instance VAR1 tptp.c__ContentBearingPhysical)) (= (tptp.p__d__holds3 tptp.c__equivalentContentInstance VAR1 VAR2) (tptp.p__equivalentContentInstance VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__cooccur VAR1 VAR2) (tptp.p__cooccur VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organism) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__familyRelation VAR1 VAR2) (tptp.p__familyRelation VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Graph) (tptp.p__d__instance VAR1 tptp.c__Graph)) (= (tptp.p__d__holds3 tptp.c__subGraph VAR1 VAR2) (tptp.p__subGraph VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeInterval) (tptp.p__d__instance VAR1 tptp.c__TimeInterval)) (= (tptp.p__d__holds3 tptp.c__overlapsTemporally VAR1 VAR2) (tptp.p__overlapsTemporally VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__connected VAR1 VAR2) (tptp.p__connected VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__overlapsSpatially VAR1 VAR2) (tptp.p__overlapsSpatially VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SymbolicString) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__subString VAR1 VAR2) (tptp.p__subString VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 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(tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__eventPartlyLocated VAR1 VAR2) (tptp.p__eventPartlyLocated VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Motion)) (= (tptp.p__d__holds3 tptp.c__moves VAR1 VAR2) (tptp.p__moves VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Translocation)) (= (tptp.p__d__holds3 tptp.c__changesLocation VAR1 VAR2) (tptp.p__changesLocation VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Motion)) (= (tptp.p__d__holds3 tptp.c__path VAR1 VAR2) (tptp.p__path VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositionalAttribute) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__direction VAR1 VAR2) (tptp.p__direction VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Animal) (tptp.p__d__instance VAR1 tptp.c__Confining)) (= (tptp.p__d__holds3 tptp.c__detainee VAR1 VAR2) (tptp.p__detainee VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__targetInAttack VAR1 VAR2) (tptp.p__targetInAttack VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Experimenting)) (= (tptp.p__d__holds3 tptp.c__experimentalControl VAR1 VAR2) (tptp.p__experimentalControl VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__AchievingControl)) (= (tptp.p__d__holds3 tptp.c__controlled VAR1 VAR2) (tptp.p__controlled VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__AchievingControl)) (= (tptp.p__d__holds3 tptp.c__gainsControl VAR1 VAR2) (tptp.p__gainsControl VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__ChangeOfControl)) (= (tptp.p__d__holds3 tptp.c__losesControl VAR1 VAR2) (tptp.p__losesControl VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__PlacingUnderArrest)) (= (tptp.p__d__holds3 tptp.c__arrested VAR1 VAR2) (tptp.p__arrested VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TransportationDevice) (tptp.p__d__instance VAR1 tptp.c__Transportation)) (= (tptp.p__d__holds3 tptp.c__conveyance VAR1 VAR2) (tptp.p__conveyance VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__suffers VAR1 VAR2) (tptp.p__suffers VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__desires VAR1 VAR2) (tptp.p__desires VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__considers VAR1 VAR2) (tptp.p__considers VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__believes VAR1 VAR2) (tptp.p__believes VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__knows VAR1 VAR2) (tptp.p__knows VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__doubts VAR1 VAR2) (tptp.p__doubts VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__disapproves VAR1 VAR2) (tptp.p__disapproves VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (= (tptp.p__d__holds3 tptp.c__immediateInstance VAR1 VAR2) (tptp.p__immediateInstance VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__SetOrClass)) (= (tptp.p__d__holds3 tptp.c__immediateSubclass VAR1 VAR2) (tptp.p__immediateSubclass VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__Function)) (= (tptp.p__d__holds3 tptp.c__range VAR1 VAR2) (tptp.p__range VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__Function)) (= (tptp.p__d__holds3 tptp.c__rangeSubclass VAR1 VAR2) (tptp.p__rangeSubclass VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__instance VAR1 tptp.c__Relation)) (= (tptp.p__d__holds3 tptp.c__valence VAR1 VAR2) (tptp.p__valence VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Attribute) (tptp.p__d__instance VAR1 tptp.c__Attribute)) (= (tptp.p__d__holds3 tptp.c__successorAttribute VAR1 VAR2) (tptp.p__successorAttribute VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject) (= (tptp.p__d__holds3 tptp.c__FrontFn VAR1 VAR2) (tptp.p__FrontFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject) (= (tptp.p__d__holds3 tptp.c__BackFn VAR1 VAR2) (tptp.p__BackFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__properPart VAR1 VAR2) (tptp.p__properPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds3 tptp.c__contains VAR1 VAR2) (tptp.p__contains VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Collection) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds3 tptp.c__member VAR1 VAR2) (tptp.p__member VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Proposition) (tptp.p__d__instance VAR1 tptp.c__ContentBearingPhysical)) (= (tptp.p__d__holds3 tptp.c__containsInformation VAR1 VAR2) (tptp.p__containsInformation VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__leader VAR1 VAR2) (tptp.p__leader VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Attribute) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__attribute VAR1 VAR2) (tptp.p__attribute VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Attribute) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__manner VAR1 VAR2) (tptp.p__manner VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Process) (= (tptp.p__d__holds3 tptp.c__involvedInEvent VAR1 VAR2) (tptp.p__involvedInEvent VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Formula) (= (tptp.p__d__holds3 tptp.c__ProbabilityFn VAR1 VAR2) (tptp.p__ProbabilityFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR2 tptp.c__List) (= (tptp.p__d__holds3 tptp.c__inList VAR1 VAR2) (tptp.p__inList VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__Function)) (= (tptp.p__d__holds3 tptp.c__closedOn VAR1 VAR2) (tptp.p__closedOn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__BinaryRelation)) (= (tptp.p__d__holds3 tptp.c__reflexiveOn VAR1 VAR2) (tptp.p__reflexiveOn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__BinaryRelation)) (= (tptp.p__d__holds3 tptp.c__irreflexiveOn VAR1 VAR2) (tptp.p__irreflexiveOn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__BinaryRelation)) (= (tptp.p__d__holds3 tptp.c__partialOrderingOn VAR1 VAR2) (tptp.p__partialOrderingOn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__BinaryRelation)) (= (tptp.p__d__holds3 tptp.c__totalOrderingOn VAR1 VAR2) (tptp.p__totalOrderingOn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__BinaryRelation)) (= (tptp.p__d__holds3 tptp.c__trichotomizingOn VAR1 VAR2) (tptp.p__trichotomizingOn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__BinaryRelation)) (= (tptp.p__d__holds3 tptp.c__equivalenceRelationOn VAR1 VAR2) (tptp.p__equivalenceRelationOn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Process) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__causes VAR1 VAR2) (tptp.p__causes VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Process) (tptp.p__d__subclass VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__causesSubclass VAR1 VAR2) (tptp.p__causesSubclass VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds3 tptp.c__causesProposition VAR1 VAR2) (tptp.p__causesProposition VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimePosition) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__time VAR1 VAR2) (tptp.p__time VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__TimePosition)) (= (tptp.p__d__holds3 tptp.c__holdsDuring VAR1 VAR2) (tptp.p__holdsDuring VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__exploits VAR1 VAR2) (tptp.p__exploits VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__hasPurpose VAR1 VAR2) (tptp.p__hasPurpose VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__subclass VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__hasSkill VAR1 VAR2) (tptp.p__hasSkill VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__crosses VAR1 VAR2) (tptp.p__crosses VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__penetrates VAR1 VAR2) (tptp.p__penetrates VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__possesses VAR1 VAR2) (tptp.p__possesses VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Process) (tptp.p__d__subclass VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__precondition VAR1 VAR2) (tptp.p__precondition VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Proposition) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__realization VAR1 VAR2) (tptp.p__realization VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Language) (tptp.p__d__instance VAR1 tptp.c__LinguisticExpression)) (= (tptp.p__d__holds3 tptp.c__expressedInLanguage VAR1 VAR2) (tptp.p__expressedInLanguage VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__uses VAR1 VAR2) (tptp.p__uses VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__BinaryFunction) (= (tptp.p__d__holds3 tptp.c__identityElement VAR1 VAR2) (tptp.p__identityElement VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR2 tptp.c__Set) (= (tptp.p__d__holds3 tptp.c__element VAR1 VAR2) (tptp.p__element VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (= (tptp.p__d__holds3 tptp.c__CardinalityFn VAR1 VAR2) (tptp.p__CardinalityFn VAR1 VAR2))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Graph) (tptp.p__d__instance VAR1 tptp.c__GraphElement)) (= (tptp.p__d__holds3 tptp.c__graphPart VAR1 VAR2) (tptp.p__graphPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__instance VAR1 tptp.c__GraphPath)) (= (tptp.p__d__holds3 tptp.c__pathLength VAR1 VAR2) (tptp.p__pathLength VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PhysicalQuantity) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__measure VAR1 VAR2) (tptp.p__measure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__UnitOfAtmosphericPressure) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__barometricPressure VAR1 VAR2) (tptp.p__barometricPressure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeDuration) (tptp.p__d__instance VAR1 tptp.c__TimeInterval)) (= (tptp.p__d__holds3 tptp.c__duration VAR1 VAR2) (tptp.p__duration VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeDuration) (tptp.p__d__subclass VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__frequency VAR1 VAR2) (tptp.p__frequency VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeInterval) (tptp.p__d__instance VAR1 tptp.c__TimeInterval)) (= (tptp.p__d__holds3 tptp.c__meetsTemporally VAR1 VAR2) (tptp.p__meetsTemporally VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Day) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__date VAR1 VAR2) (tptp.p__date VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SelfConnectedObject) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds3 tptp.c__surface VAR1 VAR2) (tptp.p__surface VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__interiorPart VAR1 VAR2) (tptp.p__interiorPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SelfConnectedObject) (tptp.p__d__instance VAR1 tptp.c__Hole)) (= (tptp.p__d__holds3 tptp.c__hole VAR1 VAR2) (tptp.p__hole VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Hole) (= (tptp.p__d__holds3 tptp.c__HoleHostFn VAR1 VAR2) (tptp.p__HoleHostFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Hole) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__partiallyFills VAR1 VAR2) (tptp.p__partiallyFills VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Hole) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__properlyFills VAR1 VAR2) (tptp.p__properlyFills VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Hole) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__completelyFills VAR1 VAR2) (tptp.p__completelyFills VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Hole) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__fills VAR1 VAR2) (tptp.p__fills VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Hole) (= (tptp.p__d__holds3 tptp.c__HoleSkinFn VAR1 VAR2) (tptp.p__HoleSkinFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__subclass VAR1 tptp.c__ElementalSubstance)) (= (tptp.p__d__holds3 tptp.c__atomicNumber VAR1 VAR2) (tptp.p__atomicNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GeographicArea) (tptp.p__d__instance VAR1 tptp.c__GeographicArea)) (= (tptp.p__d__holds3 tptp.c__geographicSubregion VAR1 VAR2) (tptp.p__geographicSubregion VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GeopoliticalArea) (tptp.p__d__instance VAR1 tptp.c__GeopoliticalArea)) (= (tptp.p__d__holds3 tptp.c__geopoliticalSubdivision VAR1 VAR2) (tptp.p__geopoliticalSubdivision VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__DevelopmentalAttribute) (tptp.p__d__instance VAR1 tptp.c__OrganicObject)) (= (tptp.p__d__holds3 tptp.c__developmentalForm VAR1 VAR2) (tptp.p__developmentalForm VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__inhabits VAR1 VAR2) (tptp.p__inhabits VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Text) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__authors VAR1 VAR2) (tptp.p__authors VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Text) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__editor VAR1 VAR2) (tptp.p__editor VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Text) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds3 tptp.c__publishes VAR1 VAR2) (tptp.p__publishes VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Artifact) (tptp.p__d__subclass VAR1 tptp.c__Artifact)) (= (tptp.p__d__holds3 tptp.c__version VAR1 VAR2) (tptp.p__version VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organism) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__parent VAR1 VAR2) (tptp.p__parent VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Woman) (tptp.p__d__instance VAR1 tptp.c__Man)) (= (tptp.p__d__holds3 tptp.c__husband VAR1 VAR2) (tptp.p__husband VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Man) (tptp.p__d__instance VAR1 tptp.c__Woman)) (= (tptp.p__d__holds3 tptp.c__wife VAR1 VAR2) (tptp.p__wife VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Nation) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__citizen VAR1 VAR2) (tptp.p__citizen VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__NormativeAttribute) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds3 tptp.c__modalAttribute VAR1 VAR2) (tptp.p__modalAttribute VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds3 tptp.c__holdsRight VAR1 VAR2) (tptp.p__holdsRight VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds3 tptp.c__holdsObligation VAR1 VAR2) (tptp.p__holdsObligation VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Integer) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds3 tptp.c__yearOfFounding VAR1 VAR2) (tptp.p__yearOfFounding VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Artifact) (tptp.p__d__instance VAR1 tptp.c__Device)) (= (tptp.p__d__holds3 tptp.c__powerPlant VAR1 VAR2) (tptp.p__powerPlant VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organization) (tptp.p__d__instance VAR1 tptp.c__Proposition)) (= (tptp.p__d__holds3 tptp.c__insured VAR1 VAR2) (tptp.p__insured VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CurrencyMeasure) (tptp.p__d__instance VAR1 tptp.c__FinancialTransaction)) (= (tptp.p__d__holds3 tptp.c__loss VAR1 VAR2) (tptp.p__loss VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CurrencyMeasure) (tptp.p__d__instance VAR1 tptp.c__FinancialTransaction)) (= (tptp.p__d__holds3 tptp.c__profit VAR1 VAR2) (tptp.p__profit VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__customer VAR1 VAR2) (tptp.p__customer VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__familyName VAR1 VAR2) (tptp.p__familyName VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__middleName VAR1 VAR2) (tptp.p__middleName VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__givenName VAR1 VAR2) (tptp.p__givenName VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__StructureAttribute) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__structure VAR1 VAR2) (tptp.p__structure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__operator VAR1 VAR2) (tptp.p__operator VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Transportation)) (= (tptp.p__d__holds3 tptp.c__transported VAR1 VAR2) (tptp.p__transported VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Shipping)) (= (tptp.p__d__holds3 tptp.c__cargo VAR1 VAR2) (tptp.p__cargo VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__ServiceProcess)) (= (tptp.p__d__holds3 tptp.c__serviceProvider VAR1 VAR2) (tptp.p__serviceProvider VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__ServiceProcess)) (= (tptp.p__d__holds3 tptp.c__serviceRecipient VAR1 VAR2) (tptp.p__serviceRecipient VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__benefits VAR1 VAR2) (tptp.p__benefits VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__grandparent VAR1 VAR2) (tptp.p__grandparent VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__alias VAR1 VAR2) (tptp.p__alias VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PostalPlace) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__workAddress VAR1 VAR2) (tptp.p__workAddress VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__PermanentResidence)) (= (tptp.p__d__holds3 tptp.c__homeAddress VAR1 VAR2) (tptp.p__homeAddress VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__ContentBearingObject)) (= (tptp.p__d__holds3 tptp.c__deceptiveIdentifier VAR1 VAR2) (tptp.p__deceptiveIdentifier VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SymbolicString) (tptp.p__d__instance VAR1 tptp.c__NonnegativeInteger)) (= (tptp.p__d__holds3 tptp.c__stringLength VAR1 VAR2) (tptp.p__stringLength VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__ContactSite)) (= (tptp.p__d__holds3 tptp.c__siteForContact VAR1 VAR2) (tptp.p__siteForContact VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__PostalPlace)) (= (tptp.p__d__holds3 tptp.c__postContactSite VAR1 VAR2) (tptp.p__postContactSite VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Neighborhood) (tptp.p__d__instance VAR1 tptp.c__PostalPlace)) (= (tptp.p__d__holds3 tptp.c__postNeighborhood VAR1 VAR2) (tptp.p__postNeighborhood VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GeopoliticalArea) (tptp.p__d__instance VAR1 tptp.c__PostalPlace)) (= (tptp.p__d__holds3 tptp.c__postCountry VAR1 VAR2) (tptp.p__postCountry VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__StateOrProvince) (tptp.p__d__instance VAR1 tptp.c__PostalPlace)) (= (tptp.p__d__holds3 tptp.c__postDistrict VAR1 VAR2) (tptp.p__postDistrict VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__City) (tptp.p__d__instance VAR1 tptp.c__PostalPlace)) (= (tptp.p__d__holds3 tptp.c__postCity VAR1 VAR2) (tptp.p__postCity VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PostcodeArea) (tptp.p__d__instance VAR1 tptp.c__PostalPlace)) (= (tptp.p__d__holds3 tptp.c__postPostcodeArea VAR1 VAR2) (tptp.p__postPostcodeArea VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Roadway) (tptp.p__d__instance VAR1 tptp.c__PostalPlace)) (= (tptp.p__d__holds3 tptp.c__postStreet VAR1 VAR2) (tptp.p__postStreet VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PostalPlace) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__postStreetNumber VAR1 VAR2) (tptp.p__postStreetNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PostalPlace) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__postPostOfficeBox VAR1 VAR2) (tptp.p__postPostOfficeBox VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PostalPlace) (tptp.p__d__instance VAR1 tptp.c__PostalAddressText)) (= (tptp.p__d__holds3 tptp.c__postAddressText VAR1 VAR2) (tptp.p__postAddressText VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__TelephonyDevice)) (= (tptp.p__d__holds3 tptp.c__telecomContactDevice VAR1 VAR2) (tptp.p__telecomContactDevice VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TelephonyDevice) (tptp.p__d__instance VAR1 tptp.c__TelecomNumber)) (= (tptp.p__d__holds3 tptp.c__deviceTelecomNumber VAR1 VAR2) (tptp.p__deviceTelecomNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TelecomNumber) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__telecomCoreNumber VAR1 VAR2) (tptp.p__telecomCoreNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TelecomNumber) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__telecomCountryCode VAR1 VAR2) (tptp.p__telecomCountryCode VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TelecomNumber) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__telecomAreaCode VAR1 VAR2) (tptp.p__telecomAreaCode VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TelecomNumber) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__telecomCode2 VAR1 VAR2) (tptp.p__telecomCode2 VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TelecomNumber) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__telecomExtension VAR1 VAR2) (tptp.p__telecomExtension VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__TelecomNumber)) (= (tptp.p__d__holds3 tptp.c__telephoneNumber VAR1 VAR2) (tptp.p__telephoneNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__TelecomNumber)) (= (tptp.p__d__holds3 tptp.c__personalPhoneNumber VAR1 VAR2) (tptp.p__personalPhoneNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__TelecomNumber)) (= (tptp.p__d__holds3 tptp.c__homePhoneNumber VAR1 VAR2) (tptp.p__homePhoneNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__TelecomNumber)) (= (tptp.p__d__holds3 tptp.c__workPhoneNumber VAR1 VAR2) (tptp.p__workPhoneNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__TelecomNumber)) (= (tptp.p__d__holds3 tptp.c__mobilePhoneNumber VAR1 VAR2) (tptp.p__mobilePhoneNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__TelecomNumber)) (= (tptp.p__d__holds3 tptp.c__faxNumber VAR1 VAR2) (tptp.p__faxNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__BinaryRelation) (tptp.p__d__instance VAR1 tptp.c__BinaryRelation)) (= (tptp.p__d__holds3 tptp.c__inverse VAR1 VAR2) (tptp.p__inverse VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Relation) (tptp.p__d__instance VAR1 tptp.c__Relation)) (= (tptp.p__d__holds3 tptp.c__disjointRelation VAR1 VAR2) (tptp.p__disjointRelation VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Attribute) (tptp.p__d__instance VAR1 tptp.c__Attribute)) (= (tptp.p__d__holds3 tptp.c__successorAttributeClosure VAR1 VAR2) (tptp.p__successorAttributeClosure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds3 tptp.c__lessThan VAR1 VAR2) (tptp.p__lessThan VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds3 tptp.c__greaterThan VAR1 VAR2) (tptp.p__greaterThan VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds3 tptp.c__increasesLikelihood VAR1 VAR2) (tptp.p__increasesLikelihood VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds3 tptp.c__decreasesLikelihood VAR1 VAR2) (tptp.p__decreasesLikelihood VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Process) (tptp.p__d__subclass VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__hindersSubclass VAR1 VAR2) (tptp.p__hindersSubclass VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Process) (tptp.p__d__subclass VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__preventsSubclass VAR1 VAR2) (tptp.p__preventsSubclass VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Process) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__prevents VAR1 VAR2) (tptp.p__prevents VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Process) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__hinders VAR1 VAR2) (tptp.p__hinders VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Proposition) (tptp.p__d__instance VAR1 tptp.c__Proposition)) (= (tptp.p__d__holds3 tptp.c__subProposition VAR1 VAR2) (tptp.p__subProposition VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Plan) (tptp.p__d__instance VAR1 tptp.c__Plan)) (= (tptp.p__d__holds3 tptp.c__subPlan VAR1 VAR2) (tptp.p__subPlan VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__larger VAR1 VAR2) (tptp.p__larger VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__smaller VAR1 VAR2) (tptp.p__smaller VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeInterval) (tptp.p__d__instance VAR1 tptp.c__TimeInterval)) (= (tptp.p__d__holds3 tptp.c__starts VAR1 VAR2) (tptp.p__starts VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeInterval) (tptp.p__d__instance VAR1 tptp.c__TimeInterval)) (= (tptp.p__d__holds3 tptp.c__finishes VAR1 VAR2) (tptp.p__finishes VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimePoint) (tptp.p__d__instance VAR1 tptp.c__TimePoint)) (= (tptp.p__d__holds3 tptp.c__before VAR1 VAR2) (tptp.p__before VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeInterval) (tptp.p__d__instance VAR1 tptp.c__TimeInterval)) (= (tptp.p__d__holds3 tptp.c__during VAR1 VAR2) (tptp.p__during VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeInterval) (tptp.p__d__instance VAR1 tptp.c__TimeInterval)) (= (tptp.p__d__holds3 tptp.c__earlier VAR1 VAR2) (tptp.p__earlier VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__meetsSpatially VAR1 VAR2) (tptp.p__meetsSpatially VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__overlapsPartially VAR1 VAR2) (tptp.p__overlapsPartially VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__superficialPart VAR1 VAR2) (tptp.p__superficialPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__EngineeringComponent) (tptp.p__d__instance VAR1 tptp.c__EngineeringComponent)) (= (tptp.p__d__holds3 tptp.c__connectedEngineeringComponents VAR1 VAR2) (tptp.p__connectedEngineeringComponents VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organism) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__ancestor VAR1 VAR2) (tptp.p__ancestor VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organism) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__sibling VAR1 VAR2) (tptp.p__sibling VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Man)) (= (tptp.p__d__holds3 tptp.c__brother VAR1 VAR2) (tptp.p__brother VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Woman)) (= (tptp.p__d__holds3 tptp.c__sister VAR1 VAR2) (tptp.p__sister VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__spouse VAR1 VAR2) (tptp.p__spouse VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CompoundSubstance) (tptp.p__d__instance VAR1 tptp.c__CompoundSubstance)) (= (tptp.p__d__holds3 tptp.c__conjugate VAR1 VAR2) (tptp.p__conjugate VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__neighbor VAR1 VAR2) (tptp.p__neighbor VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__MilitaryUnit) (tptp.p__d__instance VAR1 tptp.c__MilitaryUnit)) (= (tptp.p__d__holds3 tptp.c__hostileForces VAR1 VAR2) (tptp.p__hostileForces VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__FieldOfStudy) (tptp.p__d__instance VAR1 tptp.c__FieldOfStudy)) (= (tptp.p__d__holds3 tptp.c__subField VAR1 VAR2) (tptp.p__subField VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organization) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds3 tptp.c__ancestorOrganization VAR1 VAR2) (tptp.p__ancestorOrganization VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__SetOrClass)) (= (tptp.p__d__holds3 tptp.c__disjoint VAR1 VAR2) (tptp.p__disjoint VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds3 tptp.c__independentProbability VAR1 VAR2) (tptp.p__independentProbability VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Process) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__relatedEvent VAR1 VAR2) (tptp.p__relatedEvent VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organism) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__relative VAR1 VAR2) (tptp.p__relative VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__legalRelation VAR1 VAR2) (tptp.p__legalRelation VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__mutualAcquaintance VAR1 VAR2) (tptp.p__mutualAcquaintance VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Proposition) (tptp.p__d__instance VAR1 tptp.c__Proposition)) (= (tptp.p__d__holds3 tptp.c__consistent VAR1 VAR2) (tptp.p__consistent VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__friend VAR1 VAR2) (tptp.p__friend VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__coworker VAR1 VAR2) (tptp.p__coworker VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__cohabitant VAR1 VAR2) (tptp.p__cohabitant VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__mutualStranger VAR1 VAR2) (tptp.p__mutualStranger VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__domesticPartner VAR1 VAR2) (tptp.p__domesticPartner VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__located VAR1 VAR2) (tptp.p__located VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__DataStorageDevice) (tptp.p__d__instance VAR1 tptp.c__ContentBearingObject)) (= (tptp.p__d__holds3 tptp.c__stored VAR1 VAR2) (tptp.p__stored VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__legalGuardian VAR1 VAR2) (tptp.p__legalGuardian VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Integer) (tptp.p__d__instance VAR1 tptp.c__Integer)) (= (tptp.p__d__holds3 tptp.c__multiplicativeFactor VAR1 VAR2) (tptp.p__multiplicativeFactor VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__covers VAR1 VAR2) (tptp.p__covers VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__UnitOfMeasure) (= (tptp.p__d__holds3 tptp.c__KiloFn VAR1 VAR2) (tptp.p__KiloFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__UnitOfMeasure) (= (tptp.p__d__holds3 tptp.c__MegaFn VAR1 VAR2) (tptp.p__MegaFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__UnitOfMeasure) (= (tptp.p__d__holds3 tptp.c__GigaFn VAR1 VAR2) (tptp.p__GigaFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__UnitOfMeasure) (= (tptp.p__d__holds3 tptp.c__TeraFn VAR1 VAR2) (tptp.p__TeraFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__UnitOfMeasure) (= (tptp.p__d__holds3 tptp.c__MilliFn VAR1 VAR2) (tptp.p__MilliFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__UnitOfMeasure) (= (tptp.p__d__holds3 tptp.c__MicroFn VAR1 VAR2) (tptp.p__MicroFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__UnitOfMeasure) (= (tptp.p__d__holds3 tptp.c__NanoFn VAR1 VAR2) (tptp.p__NanoFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__UnitOfMeasure) (= (tptp.p__d__holds3 tptp.c__PicoFn VAR1 VAR2) (tptp.p__PicoFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SetOrClass) (= (tptp.p__d__holds3 tptp.c__PowerSetFn VAR1 VAR2) (tptp.p__PowerSetFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Attribute) (= (tptp.p__d__holds3 tptp.c__ExtensionFn VAR1 VAR2) (tptp.p__ExtensionFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__List) (= (tptp.p__d__holds3 tptp.c__ListLengthFn VAR1 VAR2) (tptp.p__ListLengthFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Agent) (= (tptp.p__d__holds3 tptp.c__PropertyFn VAR1 VAR2) (tptp.p__PropertyFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__RealNumber) (= (tptp.p__d__holds3 tptp.c__AbsoluteValueFn VAR1 VAR2) (tptp.p__AbsoluteValueFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__RealNumber) (= (tptp.p__d__holds3 tptp.c__CeilingFn VAR1 VAR2) (tptp.p__CeilingFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__PlaneAngleMeasure) (= (tptp.p__d__holds3 tptp.c__CosineFn VAR1 VAR2) (tptp.p__CosineFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__RealNumber) (= (tptp.p__d__holds3 tptp.c__DenominatorFn VAR1 VAR2) (tptp.p__DenominatorFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__RealNumber) (= (tptp.p__d__holds3 tptp.c__FloorFn VAR1 VAR2) (tptp.p__FloorFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__ComplexNumber) (= (tptp.p__d__holds3 tptp.c__ImaginaryPartFn VAR1 VAR2) (tptp.p__ImaginaryPartFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__RealNumber) (= (tptp.p__d__holds3 tptp.c__IntegerSquareRootFn VAR1 VAR2) (tptp.p__IntegerSquareRootFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__RealNumber) (= (tptp.p__d__holds3 tptp.c__NumeratorFn VAR1 VAR2) (tptp.p__NumeratorFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Number) (= (tptp.p__d__holds3 tptp.c__RationalNumberFn VAR1 VAR2) (tptp.p__RationalNumberFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Number) (= (tptp.p__d__holds3 tptp.c__RealNumberFn VAR1 VAR2) (tptp.p__RealNumberFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Quantity) (= (tptp.p__d__holds3 tptp.c__ReciprocalFn VAR1 VAR2) (tptp.p__ReciprocalFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Quantity) (= (tptp.p__d__holds3 tptp.c__RoundFn VAR1 VAR2) (tptp.p__RoundFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__RealNumber) (= (tptp.p__d__holds3 tptp.c__SignumFn VAR1 VAR2) (tptp.p__SignumFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__PlaneAngleMeasure) (= (tptp.p__d__holds3 tptp.c__SineFn VAR1 VAR2) (tptp.p__SineFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__RealNumber) (= (tptp.p__d__holds3 tptp.c__SquareRootFn VAR1 VAR2) (tptp.p__SquareRootFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__PlaneAngleMeasure) (= (tptp.p__d__holds3 tptp.c__TangentFn VAR1 VAR2) (tptp.p__TangentFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Integer) (= (tptp.p__d__holds3 tptp.c__SuccessorFn VAR1 VAR2) (tptp.p__SuccessorFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Integer) (= (tptp.p__d__holds3 tptp.c__PredecessorFn VAR1 VAR2) (tptp.p__PredecessorFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SetOrClass) (= (tptp.p__d__holds3 tptp.c__ComplementFn VAR1 VAR2) (tptp.p__ComplementFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__subclass VAR1 tptp.c__SetOrClass) (= (tptp.p__d__holds3 tptp.c__GeneralizedUnionFn VAR1 VAR2) (tptp.p__GeneralizedUnionFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__subclass VAR1 tptp.c__SetOrClass) (= (tptp.p__d__holds3 tptp.c__GeneralizedIntersectionFn VAR1 VAR2) (tptp.p__GeneralizedIntersectionFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__GraphArc) (= (tptp.p__d__holds3 tptp.c__InitialNodeFn VAR1 VAR2) (tptp.p__InitialNodeFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__GraphArc) (= (tptp.p__d__holds3 tptp.c__TerminalNodeFn VAR1 VAR2) (tptp.p__TerminalNodeFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__GraphPath) (= (tptp.p__d__holds3 tptp.c__BeginNodeFn VAR1 VAR2) (tptp.p__BeginNodeFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__GraphPath) (= (tptp.p__d__holds3 tptp.c__EndNodeFn VAR1 VAR2) (tptp.p__EndNodeFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__GraphPath) (= (tptp.p__d__holds3 tptp.c__PathWeightFn VAR1 VAR2) (tptp.p__PathWeightFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Graph) (= (tptp.p__d__holds3 tptp.c__CutSetFn VAR1 VAR2) (tptp.p__CutSetFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Graph) (= (tptp.p__d__holds3 tptp.c__MinimalCutSetFn VAR1 VAR2) (tptp.p__MinimalCutSetFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__PhysicalQuantity) (= (tptp.p__d__holds3 tptp.c__MagnitudeFn VAR1 VAR2) (tptp.p__MagnitudeFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__PhysicalQuantity) (= (tptp.p__d__holds3 tptp.c__UnitFn VAR1 VAR2) (tptp.p__UnitFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Circle) (= (tptp.p__d__holds3 tptp.c__CenterOfCircleFn VAR1 VAR2) (tptp.p__CenterOfCircleFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Agent) (= (tptp.p__d__holds3 tptp.c__WealthFn VAR1 VAR2) (tptp.p__WealthFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__TimeInterval) (= (tptp.p__d__holds3 tptp.c__BeginFn VAR1 VAR2) (tptp.p__BeginFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__TimeInterval) (= (tptp.p__d__holds3 tptp.c__EndFn VAR1 VAR2) (tptp.p__EndFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Physical) (= (tptp.p__d__holds3 tptp.c__WhenFn VAR1 VAR2) (tptp.p__WhenFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__TimePosition) (= (tptp.p__d__holds3 tptp.c__PastFn VAR1 VAR2) (tptp.p__PastFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__TimePosition) (= (tptp.p__d__holds3 tptp.c__ImmediatePastFn VAR1 VAR2) (tptp.p__ImmediatePastFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__TimePosition) (= (tptp.p__d__holds3 tptp.c__FutureFn VAR1 VAR2) (tptp.p__FutureFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__TimePosition) (= (tptp.p__d__holds3 tptp.c__ImmediateFutureFn VAR1 VAR2) (tptp.p__ImmediateFutureFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Integer) (= (tptp.p__d__holds3 tptp.c__YearFn VAR1 VAR2) (tptp.p__YearFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Object) (= (tptp.p__d__holds3 tptp.c__MereologicalComplementFn VAR1 VAR2) (tptp.p__MereologicalComplementFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__subclass VAR1 tptp.c__Organism) (= (tptp.p__d__holds3 tptp.c__FoodForFn VAR1 VAR2) (tptp.p__FoodForFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Human) (= (tptp.p__d__holds3 tptp.c__ImmediateFamilyFn VAR1 VAR2) (tptp.p__ImmediateFamilyFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__GeopoliticalArea) (= (tptp.p__d__holds3 tptp.c__GovernmentFn VAR1 VAR2) (tptp.p__GovernmentFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Argument) (= (tptp.p__d__holds3 tptp.c__PremisesFn VAR1 VAR2) (tptp.p__PremisesFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__subclass VAR1 tptp.c__Organism) (= (tptp.p__d__holds3 tptp.c__DeadFn VAR1 VAR2) (tptp.p__DeadFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Process) (= (tptp.p__d__holds3 tptp.c__StartFn VAR1 VAR2) (tptp.p__StartFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Process) (= (tptp.p__d__holds3 tptp.c__StopFn VAR1 VAR2) (tptp.p__StopFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Circle) (= (tptp.p__d__holds3 tptp.c__DiameterFn VAR1 VAR2) (tptp.p__DiameterFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Circle) (= (tptp.p__d__holds3 tptp.c__RadiusFn VAR1 VAR2) (tptp.p__RadiusFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__List) (= (tptp.p__d__holds3 tptp.c__LastFn VAR1 VAR2) (tptp.p__LastFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__List) (= (tptp.p__d__holds3 tptp.c__FirstFn VAR1 VAR2) (tptp.p__FirstFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Human) (= (tptp.p__d__holds3 tptp.c__DescendantsFn VAR1 VAR2) (tptp.p__DescendantsFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__GeopoliticalArea) (= (tptp.p__d__holds3 tptp.c__ResidentFn VAR1 VAR2) (tptp.p__ResidentFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Device) (= (tptp.p__d__holds3 tptp.c__OperatingFn VAR1 VAR2) (tptp.p__OperatingFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__IntentionalProcess) (= (tptp.p__d__holds3 tptp.c__OccupationFn VAR1 VAR2) (tptp.p__OccupationFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SymbolicString) (= (tptp.p__d__holds3 tptp.c__StringLengthFn VAR1 VAR2) (tptp.p__StringLengthFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__subclass VAR1 tptp.c__BodyPart) (= (tptp.p__d__holds3 tptp.c__CoveringFn VAR1 VAR2) (tptp.p__CoveringFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (= (tptp.p__d__holds3 tptp.c__instance VAR1 VAR2) (tptp.p__instance VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR2 tptp.c__SymbolicString) (= (tptp.p__d__holds3 tptp.c__externalImage VAR1 VAR2) (tptp.p__externalImage VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds3 tptp.c__entails VAR1 VAR2) (tptp.p__entails VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CorpuscularObject) (tptp.p__d__subclass VAR1 tptp.c__Substance)) (= (tptp.p__d__holds3 tptp.c__material VAR1 VAR2) (tptp.p__material VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR2 tptp.c__Attribute) (= (tptp.p__d__holds3 tptp.c__property VAR1 VAR2) (tptp.p__property VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent) (= (tptp.p__d__holds3 tptp.c__inScopeOfInterest VAR1 VAR2) (tptp.p__inScopeOfInterest VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__needs VAR1 VAR2) (tptp.p__needs VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__wants VAR1 VAR2) (tptp.p__wants VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__BinaryFunction) (tptp.p__d__instance VAR1 tptp.c__BinaryFunction)) (= (tptp.p__d__holds3 tptp.c__distributes VAR1 VAR2) (tptp.p__distributes VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__partlyLocated VAR1 VAR2) (tptp.p__partlyLocated VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__traverses VAR1 VAR2) (tptp.p__traverses VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (= (tptp.p__d__holds3 tptp.c__refers VAR1 VAR2) (tptp.p__refers VAR1 VAR2))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__RealNumber) (tptp.p__d__instance VAR1 tptp.c__List)) (= (tptp.p__d__holds3 tptp.c__average VAR1 VAR2) (tptp.p__average VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__GraphArc)) (= (tptp.p__d__holds3 tptp.c__arcWeight VAR1 VAR2) (tptp.p__arcWeight VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__Abstract)) (= (tptp.p__d__holds3 tptp.c__abstractCounterpart VAR1 VAR2) (tptp.p__abstractCounterpart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PhysicalSystem) (tptp.p__d__instance VAR1 tptp.c__PhysicalSystem)) (= (tptp.p__d__holds3 tptp.c__subSystem VAR1 VAR2) (tptp.p__subSystem VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PhysicalSystem) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__systemPart VAR1 VAR2) (tptp.p__systemPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__UnitOfMeasure) (tptp.p__d__instance VAR1 tptp.c__Graph)) (= (tptp.p__d__holds3 tptp.c__graphMeasure VAR1 VAR2) (tptp.p__graphMeasure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__MassMeasure) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds3 tptp.c__weight VAR1 VAR2) (tptp.p__weight VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LengthMeasure) (tptp.p__d__instance VAR1 tptp.c__Circle)) (= (tptp.p__d__holds3 tptp.c__radius VAR1 VAR2) (tptp.p__radius VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LengthMeasure) (tptp.p__d__instance VAR1 tptp.c__Circle)) (= (tptp.p__d__holds3 tptp.c__diameter VAR1 VAR2) (tptp.p__diameter VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CurrencyMeasure) (tptp.p__d__instance VAR1 tptp.c__FinancialTransaction)) (= (tptp.p__d__holds3 tptp.c__transactionAmount VAR1 VAR2) (tptp.p__transactionAmount VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TemperatureMeasure) (tptp.p__d__subclass VAR1 tptp.c__PureSubstance)) (= (tptp.p__d__holds3 tptp.c__boilingPoint VAR1 VAR2) (tptp.p__boilingPoint VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TemperatureMeasure) (tptp.p__d__subclass VAR1 tptp.c__PureSubstance)) (= (tptp.p__d__holds3 tptp.c__meltingPoint VAR1 VAR2) (tptp.p__meltingPoint VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__WearableItem) (tptp.p__d__instance VAR1 tptp.c__Animal)) (= (tptp.p__d__holds3 tptp.c__wears VAR1 VAR2) (tptp.p__wears VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__acquaintance VAR1 VAR2) (tptp.p__acquaintance VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds3 tptp.c__employs VAR1 VAR2) (tptp.p__employs VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Proposition) (tptp.p__d__instance VAR1 tptp.c__Argument)) (= (tptp.p__d__holds3 tptp.c__premise VAR1 VAR2) (tptp.p__premise VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Proposition) (tptp.p__d__instance VAR1 tptp.c__Argument)) (= (tptp.p__d__holds3 tptp.c__conclusion VAR1 VAR2) (tptp.p__conclusion VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__DirectionalAttribute) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__faces VAR1 VAR2) (tptp.p__faces VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__OneDimensionalFigure) (tptp.p__d__instance VAR1 tptp.c__OneDimensionalFigure)) (= (tptp.p__d__holds3 tptp.c__parallel VAR1 VAR2) (tptp.p__parallel VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PlaneAngleMeasure) (tptp.p__d__instance VAR1 tptp.c__TwoDimensionalAngle)) (= (tptp.p__d__holds3 tptp.c__angularMeasure VAR1 VAR2) (tptp.p__angularMeasure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LengthMeasure) (tptp.p__d__instance VAR1 tptp.c__OneDimensionalFigure)) (= (tptp.p__d__holds3 tptp.c__lineMeasure VAR1 VAR2) (tptp.p__lineMeasure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__older VAR1 VAR2) (tptp.p__older VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Language) (tptp.p__d__instance VAR1 tptp.c__SentientAgent)) (= (tptp.p__d__holds3 tptp.c__speaksLanguage VAR1 VAR2) (tptp.p__speaksLanguage VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__FunctionQuantity) (tptp.p__d__instance VAR1 tptp.c__MusicalTone)) (= (tptp.p__d__holds3 tptp.c__soundFrequency VAR1 VAR2) (tptp.p__soundFrequency VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__TimePosition) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__dateEstablished VAR1 VAR2) (tptp.p__dateEstablished VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LengthMeasure) (tptp.p__d__instance VAR1 tptp.c__Device)) (= (tptp.p__d__holds3 tptp.c__effectiveRange VAR1 VAR2) (tptp.p__effectiveRange VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__DeviceStateAttribute) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__deviceState VAR1 VAR2) (tptp.p__deviceState VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__discovers VAR1 VAR2) (tptp.p__discovers VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__ConstantQuantity) (tptp.p__d__instance VAR1 tptp.c__MeasuringDevice)) (= (tptp.p__d__holds3 tptp.c__measurementReading VAR1 VAR2) (tptp.p__measurementReading VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__emailAddress VAR1 VAR2) (tptp.p__emailAddress VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__RealNumber) (tptp.p__d__instance VAR1 tptp.c__Solution)) (= (tptp.p__d__holds3 tptp.c__potentialOfHydrogen VAR1 VAR2) (tptp.p__potentialOfHydrogen VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Integer) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__fleetSize VAR1 VAR2) (tptp.p__fleetSize VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__carries VAR1 VAR2) (tptp.p__carries VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TwoDimensionalFigure) (tptp.p__d__instance VAR1 tptp.c__OneDimensionalFigure)) (= (tptp.p__d__holds3 tptp.c__tangent VAR1 VAR2) (tptp.p__tangent VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CorpuscularObject) (tptp.p__d__instance VAR1 tptp.c__TwoDimensionalObject)) (= (tptp.p__d__holds3 tptp.c__sliceOfFigure VAR1 VAR2) (tptp.p__sliceOfFigure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__patientMedical VAR1 VAR2) (tptp.p__patientMedical VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organism) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__parasite VAR1 VAR2) (tptp.p__parasite VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__ConstantQuantity) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds3 tptp.c__capacity VAR1 VAR2) (tptp.p__capacity VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__instance VAR1 tptp.c__StationaryArtifact)) (= (tptp.p__d__holds3 tptp.c__humanCapacity VAR1 VAR2) (tptp.p__humanCapacity VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PermanentResidence) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__landlord VAR1 VAR2) (tptp.p__landlord VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Residence) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__tenant VAR1 VAR2) (tptp.p__tenant VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__expects VAR1 VAR2) (tptp.p__expects VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CareOrganization) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__medicalPatient VAR1 VAR2) (tptp.p__medicalPatient VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__RationalNumber) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__intelligenceQuotient VAR1 VAR2) (tptp.p__intelligenceQuotient VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__NaturalSubstance) (tptp.p__d__subclass VAR1 tptp.c__OrganicObject)) (= (tptp.p__d__holds3 tptp.c__secretesSubstance VAR1 VAR2) (tptp.p__secretesSubstance VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Agent) (= (tptp.p__d__holds3 tptp.c__creator VAR1 VAR2) (tptp.p__creator VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agreement) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__partyToAgreement VAR1 VAR2) (tptp.p__partyToAgreement VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeInterval) (tptp.p__d__instance VAR1 tptp.c__Agreement)) (= (tptp.p__d__holds3 tptp.c__agreementPeriod VAR1 VAR2) (tptp.p__agreementPeriod VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimePoint) (tptp.p__d__instance VAR1 tptp.c__Agreement)) (= (tptp.p__d__holds3 tptp.c__agreementEffectiveDate VAR1 VAR2) (tptp.p__agreementEffectiveDate VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimePoint) (tptp.p__d__instance VAR1 tptp.c__Agreement)) (= (tptp.p__d__holds3 tptp.c__agreementExpirationDate VAR1 VAR2) (tptp.p__agreementExpirationDate VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SymbolicString) (= (tptp.p__d__holds3 tptp.c__localLongName VAR1 VAR2) (tptp.p__localLongName VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SymbolicString) (= (tptp.p__d__holds3 tptp.c__localShortName VAR1 VAR2) (tptp.p__localShortName VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Process) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__commentator VAR1 VAR2) (tptp.p__commentator VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds3 tptp.c__describes VAR1 VAR2) (tptp.p__describes VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__Certificate)) (= (tptp.p__d__holds3 tptp.c__issuedBy VAR1 VAR2) (tptp.p__issuedBy VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__Text)) (= (tptp.p__d__holds3 tptp.c__registeredItem VAR1 VAR2) (tptp.p__registeredItem VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__axis VAR1 VAR2) (tptp.p__axis VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LengthMeasure) (tptp.p__d__instance VAR1 tptp.c__WaterArea)) (= (tptp.p__d__holds3 tptp.c__waterDepth VAR1 VAR2) (tptp.p__waterDepth VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__hasAward VAR1 VAR2) (tptp.p__hasAward VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Animal) (tptp.p__d__subclass VAR1 tptp.c__Meat)) (= (tptp.p__d__holds3 tptp.c__meatOfAnimal VAR1 VAR2) (tptp.p__meatOfAnimal VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__FinancialTransaction) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__occupation VAR1 VAR2) (tptp.p__occupation VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeInterval) (tptp.p__d__instance VAR1 tptp.c__StationaryArtifact)) (= (tptp.p__d__holds3 tptp.c__constructionPeriod VAR1 VAR2) (tptp.p__constructionPeriod VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__StationaryArtifact)) (= (tptp.p__d__holds3 tptp.c__contractor VAR1 VAR2) (tptp.p__contractor VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__FieldOfStudy) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__hasExpertise VAR1 VAR2) (tptp.p__hasExpertise VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__IntentionalProcess) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__hasOccupation VAR1 VAR2) (tptp.p__hasOccupation VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__instance VAR1 tptp.c__PureSubstance)) (= (tptp.p__d__holds3 tptp.c__protonNumber VAR1 VAR2) (tptp.p__protonNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__instance VAR1 tptp.c__PureSubstance)) (= (tptp.p__d__holds3 tptp.c__electronNumber VAR1 VAR2) (tptp.p__electronNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Integer) (tptp.p__d__instance VAR1 tptp.c__Collection)) (= (tptp.p__d__holds3 tptp.c__memberCount VAR1 VAR2) (tptp.p__memberCount VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__Collection)) (= (tptp.p__d__holds3 tptp.c__memberType VAR1 VAR2) (tptp.p__memberType VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Collection) (tptp.p__d__instance VAR1 tptp.c__ContentBearingObject)) (= (tptp.p__d__holds3 tptp.c__inventory VAR1 VAR2) (tptp.p__inventory VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__stranger VAR1 VAR2) (tptp.p__stranger VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Object) (tptp.p__d__subclass VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__typicalPart VAR1 VAR2) (tptp.p__typicalPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Object) (tptp.p__d__subclass VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__typicallyContainsPart VAR1 VAR2) (tptp.p__typicallyContainsPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Object) (tptp.p__d__subclass VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__initialPart VAR1 VAR2) (tptp.p__initialPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Object) (tptp.p__d__subclass VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__initiallyContainsPart VAR1 VAR2) (tptp.p__initiallyContainsPart VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organization) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds3 tptp.c__affiliatedOrganization VAR1 VAR2) (tptp.p__affiliatedOrganization VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__FormOfGovernment) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds3 tptp.c__ideologicalAffiliationOfOrganization VAR1 VAR2) (tptp.p__ideologicalAffiliationOfOrganization VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__BeliefGroup) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds3 tptp.c__religiousAffiliationOfOrganization VAR1 VAR2) (tptp.p__religiousAffiliationOfOrganization VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__allegiance VAR1 VAR2) (tptp.p__allegiance VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeInterval) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__anniversary VAR1 VAR2) (tptp.p__anniversary VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Animal)) (= (tptp.p__d__holds3 tptp.c__birthplace VAR1 VAR2) (tptp.p__birthplace VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Day) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__birthdate VAR1 VAR2) (tptp.p__birthdate VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Day) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__deathdate VAR1 VAR2) (tptp.p__deathdate VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Animal)) (= (tptp.p__d__holds3 tptp.c__deathplace VAR1 VAR2) (tptp.p__deathplace VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Device) (tptp.p__d__instance VAR1 tptp.c__Artifact)) (= (tptp.p__d__holds3 tptp.c__equipmentType VAR1 VAR2) (tptp.p__equipmentType VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Sentence) (tptp.p__d__instance VAR1 tptp.c__Phrase)) (= (tptp.p__d__holds3 tptp.c__grammaticalRelation VAR1 VAR2) (tptp.p__grammaticalRelation VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Transitway) (tptp.p__d__instance VAR1 tptp.c__ConstantQuantity)) (= (tptp.p__d__holds3 tptp.c__distanceOnPath VAR1 VAR2) (tptp.p__distanceOnPath VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SymbolicString) (tptp.p__d__instance VAR1 tptp.c__Character)) (= (tptp.p__d__holds3 tptp.c__inString VAR1 VAR2) (tptp.p__inString VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PostalPlace) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__unitNumber VAR1 VAR2) (tptp.p__unitNumber VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PostalPlace) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds3 tptp.c__floorCode VAR1 VAR2) (tptp.p__floorCode VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PhysicalQuantity) (tptp.p__d__instance VAR1 tptp.c__PowerSource)) (= (tptp.p__d__holds3 tptp.c__voltageMeasure VAR1 VAR2) (tptp.p__voltageMeasure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__UniformClothing) (tptp.p__d__instance VAR1 tptp.c__Group)) (= (tptp.p__d__holds3 tptp.c__hasUniform VAR1 VAR2) (tptp.p__hasUniform VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Policy) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds3 tptp.c__policyOwner VAR1 VAR2) (tptp.p__policyOwner VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__RealNumber) (tptp.p__d__instance VAR1 tptp.c__RealNumber)) (= (tptp.p__d__holds3 tptp.c__approximateValue VAR1 VAR2) (tptp.p__approximateValue VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__GeopoliticalArea) (= (tptp.p__d__holds3 tptp.c__CitizenryFn VAR1 VAR2) (tptp.p__CitizenryFn VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Set) (tptp.p__d__instance VAR1 tptp.c__Set)) (= (tptp.p__d__holds3 tptp.c__subset VAR1 VAR2) (tptp.p__subset VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Substance) (tptp.p__d__instance VAR1 tptp.c__Substance)) (= (tptp.p__d__holds3 tptp.c__piece VAR1 VAR2) (tptp.p__piece VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CorpuscularObject) (tptp.p__d__instance VAR1 tptp.c__CorpuscularObject)) (= (tptp.p__d__holds3 tptp.c__component VAR1 VAR2) (tptp.p__component VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SelfConnectedObject) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds3 tptp.c__bottom VAR1 VAR2) (tptp.p__bottom VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SelfConnectedObject) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds3 tptp.c__top VAR1 VAR2) (tptp.p__top VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SelfConnectedObject) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds3 tptp.c__side VAR1 VAR2) (tptp.p__side VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__EngineeringComponent) (tptp.p__d__instance VAR1 tptp.c__EngineeringComponent)) (= (tptp.p__d__holds3 tptp.c__engineeringSubcomponent VAR1 VAR2) (tptp.p__engineeringSubcomponent VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GroupOfPeople) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__groupMember VAR1 VAR2) (tptp.p__groupMember VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__half VAR1 VAR2) (tptp.p__half VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__third VAR1 VAR2) (tptp.p__third VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__quarter VAR1 VAR2) (tptp.p__quarter VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__most VAR1 VAR2) (tptp.p__most VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__EducationalOrganization) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__student VAR1 VAR2) (tptp.p__student VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__EducationalOrganization) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__teacher VAR1 VAR2) (tptp.p__teacher VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GeometricFigure) (tptp.p__d__instance VAR1 tptp.c__GeometricPoint)) (= (tptp.p__d__holds3 tptp.c__pointOfFigure VAR1 VAR2) (tptp.p__pointOfFigure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GeometricFigure) (tptp.p__d__instance VAR1 tptp.c__TwoDimensionalAngle)) (= (tptp.p__d__holds3 tptp.c__angleOfFigure VAR1 VAR2) (tptp.p__angleOfFigure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GeometricFigure) (tptp.p__d__instance VAR1 tptp.c__OneDimensionalFigure)) (= (tptp.p__d__holds3 tptp.c__sideOfFigure VAR1 VAR2) (tptp.p__sideOfFigure VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organism) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__mother VAR1 VAR2) (tptp.p__mother VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organism) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__father VAR1 VAR2) (tptp.p__father VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organism) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__daughter VAR1 VAR2) (tptp.p__daughter VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Organism) (tptp.p__d__instance VAR1 tptp.c__Organism)) (= (tptp.p__d__holds3 tptp.c__son VAR1 VAR2) (tptp.p__son VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Woman) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__grandmother VAR1 VAR2) (tptp.p__grandmother VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Man) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__grandfather VAR1 VAR2) (tptp.p__grandfather VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Woman)) (= (tptp.p__d__holds3 tptp.c__aunt VAR1 VAR2) (tptp.p__aunt VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__cousin VAR1 VAR2) (tptp.p__cousin VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Man)) (= (tptp.p__d__holds3 tptp.c__nephew VAR1 VAR2) (tptp.p__nephew VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Woman)) (= (tptp.p__d__holds3 tptp.c__niece VAR1 VAR2) (tptp.p__niece VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Man)) (= (tptp.p__d__holds3 tptp.c__uncle VAR1 VAR2) (tptp.p__uncle VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Animal)) (= (tptp.p__d__holds3 tptp.c__grasps VAR1 VAR2) (tptp.p__grasps VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__LegalAction)) (= (tptp.p__d__holds3 tptp.c__plaintiff VAR1 VAR2) (tptp.p__plaintiff VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Agent) (tptp.p__d__instance VAR1 tptp.c__Contest)) (= (tptp.p__d__holds3 tptp.c__contestParticipant VAR1 VAR2) (tptp.p__contestParticipant VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Demonstrating)) (= (tptp.p__d__holds3 tptp.c__attends VAR1 VAR2) (tptp.p__attends VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__instrument VAR1 VAR2) (tptp.p__instrument VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__resource VAR1 VAR2) (tptp.p__resource VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__Process) (= (tptp.p__d__holds3 tptp.c__result VAR1 VAR2) (tptp.p__result VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Substance) (tptp.p__d__instance VAR1 tptp.c__ChemicalProcess)) (= (tptp.p__d__holds3 tptp.c__reactant VAR1 VAR2) (tptp.p__reactant VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Substance) (tptp.p__d__instance VAR1 tptp.c__ChemicalProcess)) (= (tptp.p__d__holds3 tptp.c__reagent VAR1 VAR2) (tptp.p__reagent VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LegalAction) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__defendant VAR1 VAR2) (tptp.p__defendant VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Process)) (= (tptp.p__d__holds3 tptp.c__eventLocated VAR1 VAR2) (tptp.p__eventLocated VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__ColorAttribute) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__color VAR1 VAR2) (tptp.p__color VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds3 tptp.c__financialAsset VAR1 VAR2) (tptp.p__financialAsset VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeDuration) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__age VAR1 VAR2) (tptp.p__age VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LengthMeasure) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__linearExtent VAR1 VAR2) (tptp.p__linearExtent VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LengthMeasure) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__width VAR1 VAR2) (tptp.p__width VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LengthMeasure) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds3 tptp.c__height VAR1 VAR2) (tptp.p__height VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LengthMeasure) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__length VAR1 VAR2) (tptp.p__length VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CurrencyMeasure) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__monetaryValue VAR1 VAR2) (tptp.p__monetaryValue VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__LengthMeasure) (tptp.p__d__instance VAR1 tptp.c__Radiating)) (= (tptp.p__d__holds3 tptp.c__wavelength VAR1 VAR2) (tptp.p__wavelength VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TemperatureMeasure) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__airTemperature VAR1 VAR2) (tptp.p__airTemperature VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PermanentResidence) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__home VAR1 VAR2) (tptp.p__home VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TemporaryResidence) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__stays VAR1 VAR2) (tptp.p__stays VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Man) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__stepfather VAR1 VAR2) (tptp.p__stepfather VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Woman) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__stepmother VAR1 VAR2) (tptp.p__stepmother VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds3 tptp.c__exactlyLocated VAR1 VAR2) (tptp.p__exactlyLocated VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GeopoliticalArea) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds3 tptp.c__headquartersOfOrganization VAR1 VAR2) (tptp.p__headquartersOfOrganization VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Vehicle) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds3 tptp.c__onboard VAR1 VAR2) (tptp.p__onboard VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TruthValue) (tptp.p__d__instance VAR1 tptp.c__Sentence)) (= (tptp.p__d__holds3 tptp.c__truth VAR1 VAR2) (tptp.p__truth VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent) (= (tptp.p__d__holds3 tptp.c__enjoys VAR1 VAR2) (tptp.p__enjoys VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__dislikes VAR1 VAR2) (tptp.p__dislikes VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__lacks VAR1 VAR2) (tptp.p__lacks VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__approves VAR1 VAR2) (tptp.p__approves VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SymbolicString) (= (tptp.p__d__holds3 tptp.c__names VAR1 VAR2) (tptp.p__names VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SymbolicString) (= (tptp.p__d__holds3 tptp.c__uniqueIdentifier VAR1 VAR2) (tptp.p__uniqueIdentifier VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (= (tptp.p__d__holds3 tptp.c__represents VAR1 VAR2) (tptp.p__represents VAR1 VAR2))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__ContentBearingObject)) (= (tptp.p__d__holds3 tptp.c__record VAR1 VAR2) (tptp.p__record VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SymbolicString) (= (tptp.p__d__holds3 tptp.c__titles VAR1 VAR2) (tptp.p__titles VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (tptp.p__d__instance VAR1 tptp.c__SymbolicString) (= (tptp.p__d__holds3 tptp.c__formerName VAR1 VAR2) (tptp.p__formerName VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Proposition) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds3 tptp.c__conforms VAR1 VAR2) (tptp.p__conforms VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__fears VAR1 VAR2) (tptp.p__fears VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds3 tptp.c__hopes VAR1 VAR2) (tptp.p__hopes VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Day) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds3 tptp.c__birthday VAR1 VAR2) (tptp.p__birthday VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Sentence) (tptp.p__d__instance VAR1 tptp.c__NounPhrase)) (= (tptp.p__d__holds3 tptp.c__sententialObject VAR1 VAR2) (tptp.p__sententialObject VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Sentence) (tptp.p__d__instance VAR1 tptp.c__NounPhrase)) (= (tptp.p__d__holds3 tptp.c__sententialSubject VAR1 VAR2) (tptp.p__sententialSubject VAR1 VAR2)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds4 tptp.c__MultiplicationFn VAR1 VAR2 VAR3) (tptp.p__MultiplicationFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds4 tptp.c__AdditionFn VAR1 VAR2 VAR3) (tptp.p__AdditionFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds4 tptp.c__SubtractionFn VAR1 VAR2 VAR3) (tptp.p__SubtractionFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds4 tptp.c__DivisionFn VAR1 VAR2 VAR3) (tptp.p__DivisionFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds4 tptp.c__MaxFn VAR1 VAR2 VAR3) (tptp.p__MaxFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds4 tptp.c__MinFn VAR1 VAR2 VAR3) (tptp.p__MinFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__instance VAR1 tptp.c__List)) (= (tptp.p__d__holds4 tptp.c__ListOrderFn VAR1 VAR2 VAR3) (tptp.p__ListOrderFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__List) (tptp.p__d__instance VAR1 tptp.c__List)) (= (tptp.p__d__holds4 tptp.c__ListConcatenateFn VAR1 VAR2 VAR3) (tptp.p__ListConcatenateFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimePoint) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds4 tptp.c__WhereFn VAR1 VAR2 VAR3) (tptp.p__WhereFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Integer) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds4 tptp.c__ExponentiationFn VAR1 VAR2 VAR3) (tptp.p__ExponentiationFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__instance VAR1 tptp.c__RealNumber)) (= (tptp.p__d__holds4 tptp.c__LogFn VAR1 VAR2 VAR3) (tptp.p__LogFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Quantity) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds4 tptp.c__RemainderFn VAR1 VAR2 VAR3) (tptp.p__RemainderFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__SetOrClass)) (= (tptp.p__d__holds4 tptp.c__UnionFn VAR1 VAR2 VAR3) (tptp.p__UnionFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__SetOrClass)) (= (tptp.p__d__holds4 tptp.c__IntersectionFn VAR1 VAR2 VAR3) (tptp.p__IntersectionFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__SetOrClass)) (= (tptp.p__d__holds4 tptp.c__RelativeComplementFn VAR1 VAR2 VAR3) (tptp.p__RelativeComplementFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds4 tptp.c__KappaFn VAR1 VAR2 VAR3) (tptp.p__KappaFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GraphNode) (tptp.p__d__instance VAR1 tptp.c__GraphNode)) (= (tptp.p__d__holds4 tptp.c__MinimalWeightedPathFn VAR1 VAR2 VAR3) (tptp.p__MinimalWeightedPathFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GraphNode) (tptp.p__d__instance VAR1 tptp.c__GraphNode)) (= (tptp.p__d__holds4 tptp.c__MaximalWeightedPathFn VAR1 VAR2 VAR3) (tptp.p__MaximalWeightedPathFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GraphNode) (tptp.p__d__instance VAR1 tptp.c__GraphNode)) (= (tptp.p__d__holds4 tptp.c__GraphPathFn VAR1 VAR2 VAR3) (tptp.p__GraphPathFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__UnitOfMeasure) (tptp.p__d__instance VAR1 tptp.c__RealNumber)) (= (tptp.p__d__holds4 tptp.c__MeasureFn VAR1 VAR2 VAR3) (tptp.p__MeasureFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__ConstantQuantity) (tptp.p__d__instance VAR1 tptp.c__ConstantQuantity)) (= (tptp.p__d__holds4 tptp.c__IntervalFn VAR1 VAR2 VAR3) (tptp.p__IntervalFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PhysicalQuantity) (tptp.p__d__instance VAR1 tptp.c__PhysicalQuantity)) (= (tptp.p__d__holds4 tptp.c__PerFn VAR1 VAR2 VAR3) (tptp.p__PerFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimePoint) (tptp.p__d__instance VAR1 tptp.c__TimePoint)) (= (tptp.p__d__holds4 tptp.c__TimeIntervalFn VAR1 VAR2 VAR3) (tptp.p__TimeIntervalFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__TimeInterval) (tptp.p__d__subclass VAR1 tptp.c__TimeInterval)) (= (tptp.p__d__holds4 tptp.c__RecurrentTimeIntervalFn VAR1 VAR2 VAR3) (tptp.p__RecurrentTimeIntervalFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Year) (tptp.p__d__subclass VAR1 tptp.c__Month)) (= (tptp.p__d__holds4 tptp.c__MonthFn VAR1 VAR2 VAR3) (tptp.p__MonthFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Month) (tptp.p__d__instance VAR1 tptp.c__PositiveInteger)) (= (tptp.p__d__holds4 tptp.c__DayFn VAR1 VAR2 VAR3) (tptp.p__DayFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Day) (tptp.p__d__instance VAR1 tptp.c__NonnegativeInteger)) (= (tptp.p__d__holds4 tptp.c__HourFn VAR1 VAR2 VAR3) (tptp.p__HourFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Hour) (tptp.p__d__instance VAR1 tptp.c__NonnegativeInteger)) (= (tptp.p__d__holds4 tptp.c__MinuteFn VAR1 VAR2 VAR3) (tptp.p__MinuteFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__Minute) (tptp.p__d__instance VAR1 tptp.c__PositiveRealNumber)) (= (tptp.p__d__holds4 tptp.c__SecondFn VAR1 VAR2 VAR3) (tptp.p__SecondFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__subclass VAR2 tptp.c__TimeInterval) (tptp.p__d__instance VAR1 tptp.c__TimeInterval)) (= (tptp.p__d__holds4 tptp.c__TemporalCompositionFn VAR1 VAR2 VAR3) (tptp.p__TemporalCompositionFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds4 tptp.c__MereologicalSumFn VAR1 VAR2 VAR3) (tptp.p__MereologicalSumFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds4 tptp.c__MereologicalProductFn VAR1 VAR2 VAR3) (tptp.p__MereologicalProductFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds4 tptp.c__MereologicalDifferenceFn VAR1 VAR2 VAR3) (tptp.p__MereologicalDifferenceFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__subclass VAR1 tptp.c__ContentBearingObject)) (= (tptp.p__d__holds4 tptp.c__EditionFn VAR1 VAR2 VAR3) (tptp.p__EditionFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeZone) (tptp.p__d__instance VAR1 tptp.c__TimePosition)) (= (tptp.p__d__holds4 tptp.c__RelativeTimeFn VAR1 VAR2 VAR3) (tptp.p__RelativeTimeFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__GeopoliticalArea) (tptp.p__d__instance VAR1 tptp.c__Quantity)) (= (tptp.p__d__holds4 tptp.c__PerCapitaFn VAR1 VAR2 VAR3) (tptp.p__PerCapitaFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeDuration) (tptp.p__d__instance VAR1 tptp.c__TimePoint)) (= (tptp.p__d__holds4 tptp.c__TimePeriodFn VAR1 VAR2 VAR3) (tptp.p__TimePeriodFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__subclass VAR1 tptp.c__Series)) (= (tptp.p__d__holds4 tptp.c__SeriesVolumeFn VAR1 VAR2 VAR3) (tptp.p__SeriesVolumeFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__subclass VAR1 tptp.c__Periodical)) (= (tptp.p__d__holds4 tptp.c__PeriodicalIssueFn VAR1 VAR2 VAR3) (tptp.p__PeriodicalIssueFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__SymbolicString) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds4 tptp.c__StringConcatenateFn VAR1 VAR2 VAR3) (tptp.p__StringConcatenateFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__SetOrClass) (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__instance VAR1 tptp.c__Relation)) (= (tptp.p__d__holds4 tptp.c__domain VAR1 VAR2 VAR3) (tptp.p__domain VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__SetOrClass) (tptp.p__d__instance VAR2 tptp.c__PositiveInteger) (tptp.p__d__instance VAR1 tptp.c__Relation)) (= (tptp.p__d__holds4 tptp.c__domainSubclass VAR1 VAR2 VAR3) (tptp.p__domainSubclass VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__SymbolicString) (tptp.p__d__instance VAR2 tptp.c__HumanLanguage)) (= (tptp.p__d__holds4 tptp.c__documentation VAR1 VAR2 VAR3) (tptp.p__documentation VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__SymbolicString) (tptp.p__d__instance VAR1 tptp.c__Language)) (= (tptp.p__d__holds4 tptp.c__format VAR1 VAR2 VAR3) (tptp.p__format VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__SymbolicString) (tptp.p__d__instance VAR1 tptp.c__Language)) (= (tptp.p__d__holds4 tptp.c__termFormat VAR1 VAR2 VAR3) (tptp.p__termFormat VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Language) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds4 tptp.c__relatedExternalConcept VAR1 VAR2 VAR3) (tptp.p__relatedExternalConcept VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (tptp.p__d__instance VAR3 tptp.c__Attribute) (= (tptp.p__d__holds4 tptp.c__greaterThanByQuality VAR1 VAR2 VAR3) (tptp.p__greaterThanByQuality VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__RealNumber) (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds4 tptp.c__conditionalProbability VAR1 VAR2 VAR3) (tptp.p__conditionalProbability VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Formula) (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__CognitiveAgent)) (= (tptp.p__d__holds4 tptp.c__prefers VAR1 VAR2 VAR3) (tptp.p__prefers VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Object) (tptp.p__d__instance VAR2 tptp.c__CaseRole) (tptp.p__d__subclass VAR1 tptp.c__Process)) (= (tptp.p__d__holds4 tptp.c__capability VAR1 VAR2 VAR3) (tptp.p__capability VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR2 tptp.c__Formula) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds4 tptp.c__hasPurposeForAgent VAR1 VAR2 VAR3) (tptp.p__hasPurposeForAgent VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__ObjectiveNorm) (tptp.p__d__instance VAR2 tptp.c__Formula)) (= (tptp.p__d__holds4 tptp.c__confersNorm VAR1 VAR2 VAR3) (tptp.p__confersNorm VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__ObjectiveNorm) (tptp.p__d__instance VAR2 tptp.c__Formula)) (= (tptp.p__d__holds4 tptp.c__deprivesNorm VAR1 VAR2 VAR3) (tptp.p__deprivesNorm VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Object) (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds4 tptp.c__between VAR1 VAR2 VAR3) (tptp.p__between VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (tptp.p__d__instance VAR3 tptp.c__Agent) (= (tptp.p__d__holds4 tptp.c__representsForAgent VAR1 VAR2 VAR3) (tptp.p__representsForAgent VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Language) (tptp.p__d__instance VAR1 tptp.c__LinguisticExpression)) (= (tptp.p__d__holds4 tptp.c__representsInLanguage VAR1 VAR2 VAR3) (tptp.p__representsInLanguage VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__GraphArc) (tptp.p__d__instance VAR2 tptp.c__GraphNode) (tptp.p__d__instance VAR1 tptp.c__GraphNode)) (= (tptp.p__d__holds4 tptp.c__links VAR1 VAR2 VAR3) (tptp.p__links VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__LengthMeasure) (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds4 tptp.c__distance VAR1 VAR2 VAR3) (tptp.p__distance VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__TimePoint) (tptp.p__d__instance VAR2 tptp.c__TimePoint) (tptp.p__d__instance VAR1 tptp.c__TimePoint)) (= (tptp.p__d__holds4 tptp.c__temporallyBetween VAR1 VAR2 VAR3) (tptp.p__temporallyBetween VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__TimePoint) (tptp.p__d__instance VAR2 tptp.c__TimePoint) (tptp.p__d__instance VAR1 tptp.c__TimePoint)) (= (tptp.p__d__holds4 tptp.c__temporallyBetweenOrEqual VAR1 VAR2 VAR3) (tptp.p__temporallyBetweenOrEqual VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__SelfConnectedObject) (tptp.p__d__instance VAR2 tptp.c__SelfConnectedObject) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds4 tptp.c__connects VAR1 VAR2 VAR3) (tptp.p__connects VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__PositionalAttribute) (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds4 tptp.c__orientation VAR1 VAR2 VAR3) (tptp.p__orientation VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Organization) (tptp.p__d__instance VAR2 tptp.c__Position) (tptp.p__d__instance VAR1 tptp.c__Human)) (= (tptp.p__d__holds4 tptp.c__occupiesPosition VAR1 VAR2 VAR3) (tptp.p__occupiesPosition VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds4 tptp.c__confersRight VAR1 VAR2 VAR3) (tptp.p__confersRight VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR1 tptp.c__Formula)) (= (tptp.p__d__holds4 tptp.c__confersObligation VAR1 VAR2 VAR3) (tptp.p__confersObligation VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__GeometricPoint) (tptp.p__d__instance VAR2 tptp.c__OneDimensionalFigure) (tptp.p__d__instance VAR1 tptp.c__OneDimensionalFigure)) (= (tptp.p__d__holds4 tptp.c__pointOfIntersection VAR1 VAR2 VAR3) (tptp.p__pointOfIntersection VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__LengthMeasure) (tptp.p__d__instance VAR2 tptp.c__GeometricPoint) (tptp.p__d__instance VAR1 tptp.c__GeometricPoint)) (= (tptp.p__d__holds4 tptp.c__geometricDistance VAR1 VAR2 VAR3) (tptp.p__geometricDistance VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__SymbolicString) (tptp.p__d__instance VAR2 tptp.c__SymbolicString)) (= (tptp.p__d__holds4 tptp.c__comment VAR1 VAR2 VAR3) (tptp.p__comment VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Agent) (tptp.p__d__instance VAR2 tptp.c__TimePoint) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds4 tptp.c__dateUsed VAR1 VAR2 VAR3) (tptp.p__dateUsed VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Agent) (tptp.p__d__instance VAR2 tptp.c__CurrencyMeasure) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds4 tptp.c__price VAR1 VAR2 VAR3) (tptp.p__price VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__NonnegativeInteger) (tptp.p__d__instance VAR2 tptp.c__SetOrClass) (tptp.p__d__instance VAR1 tptp.c__Collection)) (= (tptp.p__d__holds4 tptp.c__memberTypeCount VAR1 VAR2 VAR3) (tptp.p__memberTypeCount VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__TimePosition) (tptp.p__d__instance VAR2 tptp.c__Collection) (tptp.p__d__instance VAR1 tptp.c__SelfConnectedObject)) (= (tptp.p__d__holds4 tptp.c__memberAtTime VAR1 VAR2 VAR3) (tptp.p__memberAtTime VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Human) (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds4 tptp.c__subordinateInOrganization VAR1 VAR2 VAR3) (tptp.p__subordinateInOrganization VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Position) (tptp.p__d__instance VAR2 tptp.c__Position) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds4 tptp.c__subordinatePosition VAR1 VAR2 VAR3) (tptp.p__subordinatePosition VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__GeographicArea) (tptp.p__d__subclass VAR2 tptp.c__Process) (tptp.p__d__instance VAR1 tptp.c__Agent)) (= (tptp.p__d__holds4 tptp.c__areaOfResponsibility VAR1 VAR2 VAR3) (tptp.p__areaOfResponsibility VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Process) (tptp.p__d__instance VAR2 tptp.c__CaseRole) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds4 tptp.c__playsRoleInEvent VAR1 VAR2 VAR3) (tptp.p__playsRoleInEvent VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Object) (tptp.p__d__instance VAR2 tptp.c__TimePosition) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds4 tptp.c__locatedAtTime VAR1 VAR2 VAR3) (tptp.p__locatedAtTime VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Quantity) (tptp.p__d__subclass VAR2 tptp.c__Device) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds4 tptp.c__equipmentCount VAR1 VAR2 VAR3) (tptp.p__equipmentCount VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__SymbolicString) (tptp.p__d__instance VAR2 tptp.c__SymbolicString) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds4 tptp.c__stringConcatenation VAR1 VAR2 VAR3) (tptp.p__stringConcatenation VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__SymbolicString) (tptp.p__d__instance VAR2 tptp.c__SymbolicString) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds4 tptp.c__precedesInString VAR1 VAR2 VAR3) (tptp.p__precedesInString VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__SymbolicString) (tptp.p__d__instance VAR2 tptp.c__Language) (tptp.p__d__instance VAR1 tptp.c__Region)) (= (tptp.p__d__holds4 tptp.c__canonicalPlaceName VAR1 VAR2 VAR3) (tptp.p__canonicalPlaceName VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__VolumeMeasure) (tptp.p__d__instance VAR1 tptp.c__MassMeasure)) (= (tptp.p__d__holds4 tptp.c__DensityFn VAR1 VAR2 VAR3) (tptp.p__DensityFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR2 tptp.c__TimeDuration) (tptp.p__d__instance VAR1 tptp.c__LengthMeasure)) (= (tptp.p__d__holds4 tptp.c__SpeedFn VAR1 VAR2 VAR3) (tptp.p__SpeedFn VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__LengthMeasure) (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds4 tptp.c__altitude VAR1 VAR2 VAR3) (tptp.p__altitude VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__LengthMeasure) (tptp.p__d__instance VAR2 tptp.c__Physical) (tptp.p__d__instance VAR1 tptp.c__Physical)) (= (tptp.p__d__holds4 tptp.c__depth VAR1 VAR2 VAR3) (tptp.p__depth VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__EngineeringComponent) (tptp.p__d__instance VAR2 tptp.c__EngineeringComponent) (tptp.p__d__instance VAR1 tptp.c__EngineeringConnection)) (= (tptp.p__d__holds4 tptp.c__connectsEngineeringComponents VAR1 VAR2 VAR3) (tptp.p__connectsEngineeringComponents VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Language) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds4 tptp.c__synonymousExternalConcept VAR1 VAR2 VAR3) (tptp.p__synonymousExternalConcept VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Language) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds4 tptp.c__subsumingExternalConcept VAR1 VAR2 VAR3) (tptp.p__subsumingExternalConcept VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__Language) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds4 tptp.c__subsumedExternalConcept VAR1 VAR2 VAR3) (tptp.p__subsumedExternalConcept VAR1 VAR2 VAR3)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted) (VAR4 $$unsorted)) (=> (and (tptp.p__d__instance VAR3 tptp.c__NonnegativeInteger) (tptp.p__d__instance VAR2 tptp.c__NonnegativeInteger) (tptp.p__d__instance VAR1 tptp.c__SymbolicString)) (= (tptp.p__d__holds5 tptp.c__SubstringFn VAR1 VAR2 VAR3 VAR4) (tptp.p__SubstringFn VAR1 VAR2 VAR3 VAR4)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted) (VAR4 $$unsorted)) (=> (and (tptp.p__d__instance VAR4 tptp.c__Object) (tptp.p__d__instance VAR3 tptp.c__Object) (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds5 tptp.c__betweenOnPath VAR1 VAR2 VAR3 VAR4) (tptp.p__betweenOnPath VAR1 VAR2 VAR3 VAR4)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted) (VAR4 $$unsorted)) (=> (and (tptp.p__d__instance VAR4 tptp.c__CognitiveAgent) (tptp.p__d__instance VAR3 tptp.c__Agreement) (tptp.p__d__instance VAR2 tptp.c__DeonticAttribute) (tptp.p__d__instance VAR1 tptp.c__Proposition)) (= (tptp.p__d__holds5 tptp.c__agreementClause VAR1 VAR2 VAR3 VAR4) (tptp.p__agreementClause VAR1 VAR2 VAR3 VAR4)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted) (VAR4 $$unsorted)) (=> (and (tptp.p__d__instance VAR4 tptp.c__CurrencyMeasure) (tptp.p__d__instance VAR3 tptp.c__TimeDuration) (tptp.p__d__instance VAR2 tptp.c__Human) (tptp.p__d__instance VAR1 tptp.c__Organization)) (= (tptp.p__d__holds5 tptp.c__monetaryWage VAR1 VAR2 VAR3 VAR4) (tptp.p__monetaryWage VAR1 VAR2 VAR3 VAR4)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted) (VAR4 $$unsorted)) (=> (and (tptp.p__d__instance VAR4 tptp.c__Transfer) (tptp.p__d__instance VAR3 tptp.c__Object) (tptp.p__d__instance VAR2 tptp.c__Object) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds5 tptp.c__beforeOnPath VAR1 VAR2 VAR3 VAR4) (tptp.p__beforeOnPath VAR1 VAR2 VAR3 VAR4)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted) (VAR4 $$unsorted) (VAR5 $$unsorted)) (=> (and (tptp.p__d__instance VAR4 tptp.c__DirectionalAttribute) (tptp.p__d__instance VAR3 tptp.c__Region) (tptp.p__d__instance VAR2 tptp.c__TimeDuration) (tptp.p__d__instance VAR1 tptp.c__LengthMeasure)) (= (tptp.p__d__holds6 tptp.c__VelocityFn VAR1 VAR2 VAR3 VAR4 VAR5) (tptp.p__VelocityFn VAR1 VAR2 VAR3 VAR4 VAR5)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted) (VAR4 $$unsorted) (VAR5 $$unsorted)) (=> (and (tptp.p__d__instance VAR4 tptp.c__Nation) (tptp.p__d__instance VAR3 tptp.c__City) (tptp.p__d__instance VAR2 tptp.c__Roadway) (tptp.p__d__instance VAR1 tptp.c__StationaryArtifact)) (= (tptp.p__d__holds6 tptp.c__StreetAddressFn VAR1 VAR2 VAR3 VAR4 VAR5) (tptp.p__StreetAddressFn VAR1 VAR2 VAR3 VAR4 VAR5)))) (forall ((VAR1 $$unsorted) (VAR2 $$unsorted) (VAR3 $$unsorted) (VAR4 $$unsorted) (VAR5 $$unsorted)) (=> (and (tptp.p__d__instance VAR5 tptp.c__Object) (tptp.p__d__instance VAR4 tptp.c__TimePosition) (tptp.p__d__subclass VAR3 tptp.c__Process) (tptp.p__d__instance VAR2 tptp.c__CaseRole) (tptp.p__d__instance VAR1 tptp.c__Object)) (= (tptp.p__d__holds6 tptp.c__playsRoleInEventOfType VAR1 VAR2 VAR3 VAR4 VAR5) (tptp.p__playsRoleInEventOfType VAR1 VAR2 VAR3 VAR4 VAR5)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subrelation X1 X2) (and (tptp.p__d__instance X2 tptp.c__Relation) (tptp.p__d__instance X1 tptp.c__Relation)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subAttribute X1 X2) (and (tptp.p__d__instance X2 tptp.c__Attribute) (tptp.p__d__instance X1 tptp.c__Attribute)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__d__holds3 X1 X2 X3) (tptp.p__d__instance X1 tptp.c__BinaryRelation))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subclass X1 X2) (and (tptp.p__d__instance X2 tptp.c__SetOrClass) (tptp.p__d__instance X1 tptp.c__SetOrClass)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__part X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subCollection X1 X2) (and (tptp.p__d__instance X2 tptp.c__Collection) (tptp.p__d__instance X1 tptp.c__Collection)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__lessThanOrEqualTo X1 X2) (and (tptp.p__d__instance X2 tptp.c__Quantity) (tptp.p__d__instance X1 tptp.c__Quantity)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__greaterThanOrEqualTo X1 X2) (and (tptp.p__d__instance X2 tptp.c__Quantity) (tptp.p__d__instance X1 tptp.c__Quantity)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subList X1 X2) (and (tptp.p__d__instance X2 tptp.c__List) (tptp.p__d__instance X1 tptp.c__List)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__initialList X1 X2) (and (tptp.p__d__instance X2 tptp.c__List) (tptp.p__d__instance X1 tptp.c__List)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subsumesContentClass X1 X2) (and (tptp.p__d__subclass X2 tptp.c__ContentBearingPhysical) (tptp.p__d__subclass X1 tptp.c__ContentBearingPhysical)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subsumesContentInstance X1 X2) (and (tptp.p__d__instance X2 tptp.c__ContentBearingPhysical) (tptp.p__d__instance X1 tptp.c__ContentBearingPhysical)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__temporalPart X1 X2) (and (tptp.p__d__instance X2 tptp.c__TimePosition) (tptp.p__d__instance X1 tptp.c__TimePosition)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__beforeOrEqual X1 X2) (and (tptp.p__d__instance X2 tptp.c__TimePoint) (tptp.p__d__instance X1 tptp.c__TimePoint)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subProcess X1 X2) (and (tptp.p__d__instance X2 tptp.c__Process) (tptp.p__d__instance X1 tptp.c__Process)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subOrganization X1 X2) (and (tptp.p__d__instance X2 tptp.c__Organization) (tptp.p__d__instance X1 tptp.c__Organization)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__geometricPart X1 X2) (and (tptp.p__d__instance X2 tptp.c__GeometricFigure) (tptp.p__d__instance X1 tptp.c__GeometricFigure)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__abstractPart X1 X2) (and (tptp.p__d__instance X2 tptp.c__Abstract) (tptp.p__d__instance X1 tptp.c__Abstract)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__identicalListItems X1 X2) (and (tptp.p__d__instance X2 tptp.c__List) (tptp.p__d__instance X1 tptp.c__List)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__copy X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__equivalentContentClass X1 X2) (and (tptp.p__d__subclass X2 tptp.c__ContentBearingPhysical) (tptp.p__d__subclass X1 tptp.c__ContentBearingPhysical)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__equivalentContentInstance X1 X2) (and (tptp.p__d__instance X2 tptp.c__ContentBearingPhysical) (tptp.p__d__instance X1 tptp.c__ContentBearingPhysical)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__cooccur X1 X2) (and (tptp.p__d__instance X2 tptp.c__Physical) (tptp.p__d__instance X1 tptp.c__Physical)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__familyRelation X1 X2) (and (tptp.p__d__instance X2 tptp.c__Organism) (tptp.p__d__instance X1 tptp.c__Organism)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subGraph X1 X2) (and (tptp.p__d__instance X2 tptp.c__Graph) (tptp.p__d__instance X1 tptp.c__Graph)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__overlapsTemporally X1 X2) (and (tptp.p__d__instance X2 tptp.c__TimeInterval) (tptp.p__d__instance X1 tptp.c__TimeInterval)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__connected X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__overlapsSpatially X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__subString X1 X2) (and (tptp.p__d__instance X2 tptp.c__SymbolicString) (tptp.p__d__instance X1 tptp.c__SymbolicString)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__agent X1 X2) (and (tptp.p__d__instance X2 tptp.c__Agent) (tptp.p__d__instance X1 tptp.c__Process)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__destination X1 X2) (tptp.p__d__instance X1 tptp.c__Process))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__experiencer X1 X2) (and (tptp.p__d__instance X2 tptp.c__Agent) (tptp.p__d__instance X1 tptp.c__Process)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__origin X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Process)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__patient X1 X2) (tptp.p__d__instance X1 tptp.c__Process))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__eventPartlyLocated X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Process)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__moves X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Motion)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__changesLocation X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Translocation)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__path X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Motion)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__direction X1 X2) (and (tptp.p__d__instance X2 tptp.c__PositionalAttribute) (tptp.p__d__instance X1 tptp.c__Process)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__detainee X1 X2) (and (tptp.p__d__instance X2 tptp.c__Animal) (tptp.p__d__instance X1 tptp.c__Confining)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__targetInAttack X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Process)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__experimentalControl X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Experimenting)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__controlled X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__AchievingControl)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__gainsControl X1 X2) (and (tptp.p__d__instance X2 tptp.c__Agent) (tptp.p__d__instance X1 tptp.c__AchievingControl)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__losesControl X1 X2) (and (tptp.p__d__instance X2 tptp.c__Agent) (tptp.p__d__instance X1 tptp.c__ChangeOfControl)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__arrested X1 X2) (and (tptp.p__d__instance X2 tptp.c__Agent) (tptp.p__d__instance X1 tptp.c__PlacingUnderArrest)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__conveyance X1 X2) (and (tptp.p__d__instance X2 tptp.c__TransportationDevice) (tptp.p__d__instance X1 tptp.c__Transportation)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__suffers X1 X2) (and (tptp.p__d__instance X2 tptp.c__Agent) (tptp.p__d__instance X1 tptp.c__Process)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__desires X1 X2) (and (tptp.p__d__instance X2 tptp.c__Formula) (tptp.p__d__instance X1 tptp.c__CognitiveAgent)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__considers X1 X2) (and (tptp.p__d__instance X2 tptp.c__Formula) (tptp.p__d__instance X1 tptp.c__CognitiveAgent)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__believes X1 X2) (and (tptp.p__d__instance X2 tptp.c__Formula) (tptp.p__d__instance X1 tptp.c__CognitiveAgent)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__knows X1 X2) (and (tptp.p__d__instance X2 tptp.c__Formula) (tptp.p__d__instance X1 tptp.c__CognitiveAgent)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__doubts X1 X2) (and (tptp.p__d__instance X2 tptp.c__Formula) (tptp.p__d__instance X1 tptp.c__CognitiveAgent)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__disapproves X1 X2) (and (tptp.p__d__instance X2 tptp.c__Formula) (tptp.p__d__instance X1 tptp.c__CognitiveAgent)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__immediateInstance X1 X2) (tptp.p__d__instance X2 tptp.c__SetOrClass))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__immediateSubclass X1 X2) (and (tptp.p__d__instance X2 tptp.c__SetOrClass) (tptp.p__d__instance X1 tptp.c__SetOrClass)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__range X1 X2) (and (tptp.p__d__instance X2 tptp.c__SetOrClass) (tptp.p__d__instance X1 tptp.c__Function)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__rangeSubclass X1 X2) (and (tptp.p__d__subclass X2 tptp.c__SetOrClass) (tptp.p__d__instance X1 tptp.c__Function)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__valence X1 X2) (and (tptp.p__d__instance X2 tptp.c__PositiveInteger) (tptp.p__d__instance X1 tptp.c__Relation)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__successorAttribute X1 X2) (and (tptp.p__d__instance X2 tptp.c__Attribute) (tptp.p__d__instance X1 tptp.c__Attribute)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__FrontFn X1 X2) (tptp.p__d__instance X1 tptp.c__SelfConnectedObject))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__BackFn X1 X2) (tptp.p__d__instance X1 tptp.c__SelfConnectedObject))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__properPart X1 X2) (and (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__contains X1 X2) (and 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(tptp.p__d__instance X1 tptp.c__Collection)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__memberAtTime X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__TimePosition) (tptp.p__d__instance X2 tptp.c__Collection) (tptp.p__d__instance X1 tptp.c__SelfConnectedObject)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__subordinateInOrganization X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__Human) (tptp.p__d__instance X2 tptp.c__Human) (tptp.p__d__instance X1 tptp.c__Organization)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__subordinatePosition X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__Position) (tptp.p__d__instance X2 tptp.c__Position) (tptp.p__d__instance X1 tptp.c__Organization)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__areaOfResponsibility X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__GeographicArea) (tptp.p__d__subclass X2 tptp.c__Process) (tptp.p__d__instance X1 tptp.c__Agent)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__playsRoleInEvent X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__Process) (tptp.p__d__instance X2 tptp.c__CaseRole) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__locatedAtTime X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__Object) (tptp.p__d__instance X2 tptp.c__TimePosition) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__equipmentCount X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__Quantity) (tptp.p__d__subclass X2 tptp.c__Device) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__stringConcatenation X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__SymbolicString) (tptp.p__d__instance X2 tptp.c__SymbolicString) (tptp.p__d__instance X1 tptp.c__SymbolicString)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__precedesInString X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__SymbolicString) (tptp.p__d__instance X2 tptp.c__SymbolicString) (tptp.p__d__instance X1 tptp.c__SymbolicString)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__canonicalPlaceName X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__SymbolicString) (tptp.p__d__instance X2 tptp.c__Language) (tptp.p__d__instance X1 tptp.c__Region)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__DensityFn X1 X2 X3) (and (tptp.p__d__instance X2 tptp.c__VolumeMeasure) (tptp.p__d__instance X1 tptp.c__MassMeasure)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__SpeedFn X1 X2 X3) (and (tptp.p__d__instance X2 tptp.c__TimeDuration) (tptp.p__d__instance X1 tptp.c__LengthMeasure)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__altitude X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__LengthMeasure) (tptp.p__d__instance X2 tptp.c__Physical) (tptp.p__d__instance X1 tptp.c__Physical)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__depth X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__LengthMeasure) (tptp.p__d__instance X2 tptp.c__Physical) (tptp.p__d__instance X1 tptp.c__Physical)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__connectsEngineeringComponents X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__EngineeringComponent) (tptp.p__d__instance X2 tptp.c__EngineeringComponent) (tptp.p__d__instance X1 tptp.c__EngineeringConnection)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__synonymousExternalConcept X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__Language) (tptp.p__d__instance X1 tptp.c__SymbolicString)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__subsumingExternalConcept X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__Language) (tptp.p__d__instance X1 tptp.c__SymbolicString)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted)) (=> (tptp.p__subsumedExternalConcept X1 X2 X3) (and (tptp.p__d__instance X3 tptp.c__Language) (tptp.p__d__instance X1 tptp.c__SymbolicString)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted) (X4 $$unsorted) (X5 $$unsorted)) (=> (tptp.p__d__holds5 X1 X2 X3 X4 X5) (tptp.p__d__instance X1 tptp.c__QuaternaryRelation))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted) (X4 $$unsorted)) (=> (tptp.p__SubstringFn X1 X2 X3 X4) (and (tptp.p__d__instance X3 tptp.c__NonnegativeInteger) (tptp.p__d__instance X2 tptp.c__NonnegativeInteger) (tptp.p__d__instance X1 tptp.c__SymbolicString)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted) (X4 $$unsorted)) (=> (tptp.p__betweenOnPath X1 X2 X3 X4) (and (tptp.p__d__instance X4 tptp.c__Object) (tptp.p__d__instance X3 tptp.c__Object) (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted) (X4 $$unsorted)) (=> (tptp.p__agreementClause X1 X2 X3 X4) (and (tptp.p__d__instance X4 tptp.c__CognitiveAgent) (tptp.p__d__instance X3 tptp.c__Agreement) (tptp.p__d__instance X2 tptp.c__DeonticAttribute) (tptp.p__d__instance X1 tptp.c__Proposition)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted) (X4 $$unsorted)) (=> (tptp.p__monetaryWage X1 X2 X3 X4) (and (tptp.p__d__instance X4 tptp.c__CurrencyMeasure) (tptp.p__d__instance X3 tptp.c__TimeDuration) (tptp.p__d__instance X2 tptp.c__Human) (tptp.p__d__instance X1 tptp.c__Organization)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted) (X4 $$unsorted)) (=> (tptp.p__beforeOnPath X1 X2 X3 X4) (and (tptp.p__d__instance X4 tptp.c__Transfer) (tptp.p__d__instance X3 tptp.c__Object) (tptp.p__d__instance X2 tptp.c__Object) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted) (X4 $$unsorted) (X5 $$unsorted) (X6 $$unsorted)) (=> (tptp.p__d__holds6 X1 X2 X3 X4 X5 X6) (tptp.p__d__instance X1 tptp.c__QuintaryRelation))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted) (X4 $$unsorted) (X5 $$unsorted)) (=> (tptp.p__VelocityFn X1 X2 X3 X4 X5) (and (tptp.p__d__instance X4 tptp.c__DirectionalAttribute) (tptp.p__d__instance X3 tptp.c__Region) (tptp.p__d__instance X2 tptp.c__TimeDuration) (tptp.p__d__instance X1 tptp.c__LengthMeasure)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted) (X4 $$unsorted) (X5 $$unsorted)) (=> (tptp.p__StreetAddressFn X1 X2 X3 X4 X5) (and (tptp.p__d__instance X4 tptp.c__Nation) (tptp.p__d__instance X3 tptp.c__City) (tptp.p__d__instance X2 tptp.c__Roadway) (tptp.p__d__instance X1 tptp.c__StationaryArtifact)))) (forall ((X1 $$unsorted) (X2 $$unsorted) (X3 $$unsorted) (X4 $$unsorted) (X5 $$unsorted)) (=> (tptp.p__playsRoleInEventOfType X1 X2 X3 X4 X5) (and (tptp.p__d__instance X5 tptp.c__Object) (tptp.p__d__instance X4 tptp.c__TimePosition) (tptp.p__d__subclass X3 tptp.c__Process) (tptp.p__d__instance X2 tptp.c__CaseRole) (tptp.p__d__instance X1 tptp.c__Object)))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__exhaustiveAttribute X1 X2) (tptp.p__d__instance X1 tptp.c__Attribute))) (forall ((X1 $$unsorted)) (=> (tptp.p__exhaustiveDecomposition X1) (tptp.p__d__instance X1 tptp.c__Class))) (forall ((X1 $$unsorted)) (=> (tptp.p__disjointDecomposition X1) (tptp.p__d__instance X1 tptp.c__Class))) (forall ((X1 $$unsorted)) (=> (tptp.p__partition X1) (tptp.p__d__instance X1 tptp.c__Class))) (forall ((X1 $$unsorted) (X2 $$unsorted)) (=> (tptp.p__AssignmentFn X1 X2) (tptp.p__d__instance X1 tptp.c__Function))) _let_1 true))))))))))))))))))))))))))))))))))))))))))
% 101.15/101.38  )
% 101.15/101.38  % SZS output end Proof for CSR159+1
% 101.15/101.38  % cvc5---1.0.5 exiting
% 101.15/101.38  % cvc5---1.0.5 exiting
%------------------------------------------------------------------------------