TPTP Problem File: GEG001+1.p
View Solutions
- Solve Problem
%------------------------------------------------------------------------------
% File : GEG001+1 : TPTP v8.2.0. Released v4.0.0.
% Domain : Geography
% Problem : The AceWiki
% Version : Especial.
% English : Prove the consistency of the AceWiki as exported in May 2009.
% Refs : [Kuh08] Kuhn (2008), AceWiki: Collaborative Ontology Managemen
% : [Kuh09] Kuhn (2009), Email to G. Sutcliffe
% Source : [Kuh09]
% Names :
% Status : Satisfiable
% Rating : 0.40 v8.2.0, 0.33 v8.1.0, 0.25 v7.5.0, 0.33 v7.4.0, 0.67 v7.3.0, 0.33 v7.1.0, 0.50 v7.0.0, 0.67 v6.4.0, 0.40 v6.2.0, 0.50 v6.1.0, 0.40 v6.0.0, 0.25 v5.5.0, 0.33 v5.2.0, 0.67 v5.0.0, 0.33 v4.0.1, 0.50 v4.0.0
% Syntax : Number of formulae : 1 ( 0 unt; 0 def)
% Number of atoms : 914 ( 259 equ)
% Maximal formula atoms : 914 ( 914 avg)
% Number of connectives : 934 ( 21 ~; 1 |; 836 &)
% ( 0 <=>; 76 =>; 0 <=; 0 <~>)
% Maximal formula depth : 1268 (1268 avg)
% Maximal term depth : 1 ( 1 avg)
% Number of predicates : 6 ( 4 usr; 1 prp; 0-6 aty)
% Number of functors : 189 ( 189 usr; 189 con; 0-0 aty)
% Number of variables : 864 ( 135 !; 729 ?)
% SPC : FOF_SAT_RFO_SEQ
% Comments :
%------------------------------------------------------------------------------
fof(acewiki_geo,axiom,
? [A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z,A1,B1,C1,D1,E1,F1,G1,H1,I1,J1,K1,L1,M1,N1,O1,P1,Q1,R1,S1,T1,U1,V1,W1,X1,Y1,Z1,A2,B2,C2,D2,E2,F2,G2,H2,I2,J2,K2,L2,M2,N2,O2,P2,Q2,R2,S2,T2,U2,V2,W2,X2,Y2,Z2,A3,B3,C3,D3,E3,F3,G3,H3,I3,J3,K3,L3,M3,N3,O3,P3,Q3,R3,S3,T3,U3,V3,W3,X3,Y3,Z3,A4,B4,C4,D4,E4,F4,G4,H4,I4,J4,K4,L4,M4,N4,O4,P4,Q4,R4,S4,T4,U4,V4,W4,X4,Y4,Z4,A5,B5,C5,D5,E5,F5,G5,H5,I5,J5,K5,L5,M5,N5,O5,P5,Q5,R5,S5,T5,U5,V5,W5,X5,Y5,Z5,A6,B6,C6,D6,E6,F6,G6,H6,I6,J6,K6,L6,M6,N6,O6,P6,Q6,R6,S6,T6,U6,V6,W6,X6,Y6,Z6,A7,B7,C7,D7,E7,F7,G7,H7,I7,J7,K7,L7,M7,N7,O7,P7,Q7,R7,S7,T7,U7,V7,W7,X7,Y7,Z7,A8,B8,C8,D8,E8,F8,G8,H8,I8,J8,K8,L8,M8,N8,O8,P8,Q8,R8,S8,T8,U8,V8,W8,X8,Y8,Z8,A9,B9,C9,D9,E9,F9,G9,H9,I9,J9,K9,L9,M9,N9,O9,P9,Q9,R9,S9,T9,U9,V9,W9,X9,Y9,Z9,A10,B10,C10,D10,E10,F10,G10,H10,I10,J10,K10,L10,M10,N10,O10,P10,Q10,R10,S10,T10,U10,V10,W10,X10,Y10,Z10,A11,B11,C11,D11,E11,F11,G11,H11,I11,J11,K11,L11,M11,N11,O11,P11,Q11,R11,S11,T11,U11,V11,W11,X11,Y11,Z11,A12,B12,C12,D12,E12,F12,G12,H12,I12,J12,K12,L12,M12,N12,O12,P12,Q12,R12,S12,T12,U12,V12,W12,X12,Y12,Z12,A13,B13,C13,D13,E13,F13,G13,H13,I13,J13,K13,L13,M13,N13,O13,P13,Q13,R13,S13,T13,U13,V13,W13,X13,Y13,Z13,A14,B14,C14,D14,E14,F14,G14,H14,I14,J14,K14,L14,M14,N14,O14,P14,Q14,R14,S14,T14,U14,V14,W14,X14,Y14,Z14,A15,B15,C15,D15,E15,F15,G15,H15,I15,J15,K15,L15,M15,N15,O15,P15,Q15,R15,S15,T15,U15,V15,W15,X15,Y15,Z15,A16,B16,C16,D16,E16,F16,G16,H16,I16,J16,K16,L16,M16,N16,O16,P16,Q16,R16,S16,T16,U16,V16,W16,X16,Y16,Z16,A17,B17,C17,D17,E17,F17,G17,H17,I17,J17,K17,L17,M17,N17,O17,P17,Q17,R17,S17,T17,U17,V17,W17,X17,Y17,Z17,A18,B18,C18,D18,E18,F18,G18,H18,I18,J18,K18,L18,M18,N18,O18,P18,Q18,R18,S18,T18,U18,V18,W18,X18,Y18,Z18,A19,B19,C19,D19,E19,F19,G19,H19,I19,J19,K19,L19,M19,N19,O19,P19,Q19,R19,S19,T19,U19,V19,W19,X19,Y19,Z19,A20,B20,C20,D20,E20,F20,G20,H20,I20,J20,K20,L20,M20,N20,O20,P20,Q20,R20,S20,T20,U20,V20,W20,X20,Y20,Z20,A21,B21,C21,D21,E21,F21,G21,H21,I21,J21,K21,L21,M21,N21,O21,P21,Q21,R21,S21,T21,U21,V21,W21,X21,Y21,Z21,A22,B22,C22,D22,E22] :
( object(A,jupiter,named,na,eq,n1)
& object(B,sun,named,na,eq,n1)
& object(C,europe,named,na,eq,n1)
& object(D,danube,named,na,eq,n1)
& object(E,belgrad,named,na,eq,n1)
& object(F,budapest,named,na,eq,n1)
& object(G,vienna,named,na,eq,n1)
& object(H,bratislava,named,na,eq,n1)
& object(I,ulm,named,na,eq,n1)
& object(J,germany,named,na,eq,n1)
& object(K,hungary,named,na,eq,n1)
& object(L,austria,named,na,eq,n1)
& object(M,london,named,na,eq,n1)
& object(N,united_Kingdom,named,na,eq,n1)
& object(O,saturn,named,na,eq,n1)
& object(P,singapore,named,na,eq,n1)
& object(Q,vatican_City,named,na,eq,n1)
& object(R,monaco,named,na,eq,n1)
& object(S,rome,named,na,eq,n1)
& object(T,italy,named,na,eq,n1)
& object(U,limmat,named,na,eq,n1)
& object(V,zurich,named,na,eq,n1)
& object(W,denmark,named,na,eq,n1)
& object(X,greenland,named,na,eq,n1)
& object(Y,belgium,named,na,eq,n1)
& object(Z,france,named,na,eq,n1)
& object(A1,uranus,named,na,eq,n1)
& object(B1,sihl,named,na,eq,n1)
& object(C1,bonn,named,na,eq,n1)
& object(D1,neptune,named,na,eq,n1)
& object(E1,barack_Obama,named,na,eq,n1)
& object(F1,uSA,named,na,eq,n1)
& object(G1,new_Zealand,named,na,eq,n1)
& object(H1,english,named,na,eq,n1)
& object(I1,dresden,named,na,eq,n1)
& object(J1,saxony,named,na,eq,n1)
& object(K1,earth,named,na,eq,n1)
& object(L1,antarctica,named,na,eq,n1)
& object(M1,pestovo,named,na,eq,n1)
& object(N1,russia,named,na,eq,n1)
& object(O1,mexico,named,na,eq,n1)
& object(P1,north_America,named,na,eq,n1)
& object(Q1,africa,named,na,eq,n1)
& object(R1,venus,named,na,eq,n1)
& object(S1,angela_Merkel,named,na,eq,n1)
& object(T1,norfolk,named,na,eq,n1)
& object(U1,croatia,named,na,eq,n1)
& object(V1,asia,named,na,eq,n1)
& object(W1,switzerland,named,na,eq,n1)
& object(X1,norway,named,na,eq,n1)
& object(Y1,oslo,named,na,eq,n1)
& object(Z1,sweden,named,na,eq,n1)
& object(A2,finland,named,na,eq,n1)
& object(B2,argentina,named,na,eq,n1)
& object(C2,montreal,named,na,eq,n1)
& object(D2,quebec,named,na,eq,n1)
& object(E2,canada,named,na,eq,n1)
& object(F2,ottawa,named,na,eq,n1)
& object(G2,ontario,named,na,eq,n1)
& object(H2,larry_OBrien,named,na,eq,n1)
& object(I2,australian_Continent,named,na,eq,n1)
& object(J2,toronto,named,na,eq,n1)
& object(K2,british_Columbia,named,na,eq,n1)
& object(L2,vancouver,named,na,eq,n1)
& object(M2,alberta,named,na,eq,n1)
& object(N2,manitoba,named,na,eq,n1)
& object(O2,winnepeg,named,na,eq,n1)
& object(P2,guelph,named,na,eq,n1)
& object(Q2,washington_DC,named,na,eq,n1)
& object(R2,schaffhausen,named,na,eq,n1)
& object(S2,winterthur,named,na,eq,n1)
& object(T2,south_America,named,na,eq,n1)
& object(U2,stein_am_Rhein,named,na,eq,n1)
& object(V2,linux_User,named,na,eq,n1)
& object(W2,poland,named,na,eq,n1)
& object(X2,liechtenstein,named,na,eq,n1)
& object(Y2,dalai_Lama,named,na,eq,n1)
& object(Z2,nigeria,named,na,eq,n1)
& object(A3,china,named,na,eq,n1)
& object(B3,olympic_Games_2008,named,na,eq,n1)
& object(C3,tibet,named,na,eq,n1)
& object(D3,beijing,named,na,eq,n1)
& object(E3,qingdao,named,na,eq,n1)
& object(F3,australia,named,na,eq,n1)
& object(G3,britney_Spears,named,na,eq,n1)
& object(H3,foo,named,na,eq,n1)
& object(I3,milano,named,na,eq,n1)
& object(J3,spain,named,na,eq,n1)
& object(K3,french,named,na,eq,n1)
& object(L3,brazil,named,na,eq,n1)
& object(M3,japan,named,na,eq,n1)
& object(N3,chicago,named,na,eq,n1)
& object(O3,fortaleza,named,na,eq,n1)
& object(P3,paris,named,na,eq,n1)
& object(Q3,berlin,named,na,eq,n1)
& object(R3,new_York,named,na,eq,n1)
& object(S3,sydney,named,na,eq,n1)
& object(T3,tokyo,named,na,eq,n1)
& object(U3,los_Angeles,named,na,eq,n1)
& object(V3,tPTP,named,na,eq,n1)
& object(W3,rio_de_Janeiro,named,na,eq,n1)
& object(X3,berne,named,na,eq,n1)
& object(Y3,geneva,named,na,eq,n1)
& object(Z3,lucerne,named,na,eq,n1)
& object(A4,buenos_Aires,named,na,eq,n1)
& object(B4,mercury,named,na,eq,n1)
& object(C4,andorra,named,na,eq,n1)
& object(D4,estonia,named,na,eq,n1)
& object(E4,latvia,named,na,eq,n1)
& object(F4,lithuania,named,na,eq,n1)
& object(G4,german,named,na,eq,n1)
& object(H4,italian,named,na,eq,n1)
& object(I4,lushan,named,na,eq,n1)
& object(J4,jiangXi,named,na,eq,n1)
& object(K4,mars,named,na,eq,n1)
& ! [F22,G22,H22,I22] :
( ( $true
& object(G22,part,countable,na,eq,n1)
& $true
& relation(G22,of,H22)
& F22 = G22 )
=> ? [J22] : predicate(J22,contain,H22,F22) )
& object(L4,planet,countable,na,eq,n1)
& A = L4
& predicate(N4,orbit,A,B)
& ! [K22] :
( object(K22,eU_country,countable,na,eq,n1)
=> ? [L22,M22] :
( object(L22,part,countable,na,eq,n1)
& relation(L22,of,C)
& K22 = L22 ) )
& ! [N22] :
( object(N22,eU_country,countable,na,eq,n1)
=> ? [O22,P22] :
( object(O22,country,countable,na,eq,n1)
& N22 = O22 ) )
& predicate(O4,flow_through,D,E)
& predicate(P4,flow_through,D,F)
& predicate(Q4,flow_through,D,G)
& predicate(R4,flow_through,D,H)
& predicate(S4,flow_through,D,I)
& predicate(T4,flow_through,D,J)
& object(U4,river,countable,na,eq,n1)
& D = U4
& object(W4,city,countable,na,eq,n1)
& E = W4
& object(Y4,capital,countable,na,eq,n1)
& relation(Y4,of,K)
& F = Y4
& object(A5,city,countable,na,eq,n1)
& G = A5
& object(C5,capital,countable,na,eq,n1)
& relation(C5,of,L)
& G = C5
& object(E5,city,countable,na,eq,n1)
& H = E5
& object(G5,city,countable,na,eq,n1)
& I = G5
& object(I5,part,countable,na,eq,n1)
& relation(I5,of,J)
& I = I5
& ! [Q22,R22,S22,T22] :
( ( $true
& object(R22,capital,countable,na,eq,n1)
& $true
& relation(R22,of,S22)
& Q22 = R22 )
=> ? [U22,V22] :
( object(U22,capital,countable,na,eq,n1)
& Q22 = U22 ) )
& ! [W22,X22,Y22,Z22] :
( ( $true
& object(X22,capital,countable,na,eq,n1)
& $true
& relation(X22,of,Y22)
& W22 = X22 )
=> ? [A23,B23] :
( object(A23,part,countable,na,eq,n1)
& relation(A23,of,Y22)
& W22 = A23 ) )
& property(K5,the_capital_of,pos,N)
& M = K5
& ! [C23] :
( object(C23,capital,countable,na,eq,n1)
=> ? [D23,E23] :
( object(D23,city,countable,na,eq,n1)
& C23 = D23 ) )
& ! [F23,G23,H23,I23] :
( ( $true
& object(G23,capital,countable,na,eq,n1)
& $true
& relation(G23,of,H23)
& F23 = G23 )
=> ? [J23,K23] :
( object(J23,capital,countable,na,eq,n1)
& F23 = J23 ) )
& ! [L23,M23,N23,O23] :
( ( $true
& object(M23,capital,countable,na,eq,n1)
& $true
& relation(M23,of,N23)
& L23 = M23 )
=> ? [P23,Q23] :
( object(P23,country,countable,na,eq,n1)
& N23 = P23 ) )
& ! [R23] :
( object(R23,country,countable,na,eq,n1)
=> ~ ? [S23,T23] :
( object(S23,capital,countable,na,eq,n1)
& R23 = S23 ) )
& ! [U23] :
( object(U23,capital,countable,na,eq,n1)
=> ? [V23,W23] :
( object(V23,city,countable,na,eq,n1)
& U23 = V23 ) )
& object(M5,planet,countable,na,eq,n1)
& O = M5
& predicate(O5,orbit,O,B)
& object(P5,city_state,countable,na,eq,n1)
& P = P5
& object(R5,city_state,countable,na,eq,n1)
& Q = R5
& object(T5,city_state,countable,na,eq,n1)
& R = T5
& object(V5,capital,countable,na,eq,n1)
& relation(V5,of,T)
& S = V5
& object(X5,city_state,countable,na,eq,n1)
& Q = X5
& object(Z5,river,countable,na,eq,n1)
& predicate(A6,flow_through,Z5,V)
& U = Z5
& object(C6,country,countable,na,eq,n1)
& W = C6
& object(E6,part,countable,na,eq,n1)
& relation(E6,of,C)
& W = E6
& predicate(G6,border,W,J)
& object(H6,part,countable,na,eq,n1)
& relation(H6,of,W)
& X = H6
& object(J6,island,countable,na,eq,n1)
& X = J6
& object(L6,ceramics_collector,countable,na,eq,n1)
& ! [X23,Y23,Z23] :
( ( object(X23,country,countable,na,eq,n1)
& object(Y23,ceramic,countable,na,eq,n1)
& predicate(Z23,contain,X23,Y23) )
=> ? [A24] : predicate(A24,appreciate,L6,X23) )
& object(M6,country,countable,na,eq,n1)
& Y = M6
& object(O6,part,countable,na,eq,n1)
& relation(O6,of,C)
& Y = O6
& predicate(Q6,border,Y,Z)
& object(R6,planet,countable,na,eq,n1)
& A1 = R6
& predicate(T6,orbit,A1,B)
& ! [B24] :
( object(B24,alpine_country,countable,na,eq,n1)
=> ? [C24,D24] :
( object(C24,country,countable,na,eq,n1)
& B24 = C24 ) )
& object(U6,alpine_country,countable,na,eq,n1)
& T = U6
& object(W6,river,countable,na,eq,n1)
& predicate(X6,flow_through,W6,V)
& B1 = W6
& ~ ? [E24,F24] :
( object(E24,capital,countable,na,eq,n1)
& relation(E24,of,J)
& C1 = E24 )
& object(Z6,city,countable,na,eq,n1)
& C1 = Z6
& object(B7,planet,countable,na,eq,n1)
& D1 = B7
& predicate(D7,orbit,D1,B)
& ! [G24] :
( object(G24,person,countable,na,eq,n1)
=> ? [H24,I24] :
( object(H24,object_c,countable,na,eq,n1)
& G24 = H24 ) )
& predicate(E7,live,E1,F1)
& ! [J24,K24,L24] :
( ( $true
& $true
& predicate(L24,live,J24,K24) )
=> ? [M24,N24] :
( property(M24,located_in,pos,K24)
& J24 = M24 ) )
& object(F7,country,countable,na,eq,n1)
& G1 = F7
& object(H7,language,countable,na,eq,n1)
& H1 = H7
& object(J7,person,countable,na,geq,n100)
& predicate(K7,speak,J7,H1)
& ! [O24,P24,Q24] :
( ( object(O24,country,countable,na,eq,n1)
& object(P24,island_country,countable,na,eq,n1)
& predicate(Q24,border,O24,P24) )
=> ? [R24,S24] :
( object(R24,island_country,countable,na,eq,n1)
& O24 = R24 ) )
& ! [T24] :
( object(T24,area,countable,na,eq,n1)
=> ? [U24,V24] :
( object(U24,object_c,countable,na,eq,n1)
& T24 = U24 ) )
& object(L7,city,countable,na,eq,n1)
& I1 = L7
& property(N7,located_in,pos,J)
& J1 = N7
& ! [W24] :
( object(W24,continent,countable,na,eq,n1)
=> ? [X24,Y24] :
( object(X24,area,countable,na,eq,n1)
& W24 = X24 ) )
& ! [Z24] :
( object(Z24,continent,countable,na,eq,n1)
=> ? [A25,B25] :
( object(A25,part,countable,na,eq,n1)
& relation(A25,of,K1)
& Z24 = A25 ) )
& object(P7,continent,countable,na,exactly,n7)
& ! [C25] :
( ( object(C25,continent,countable,na,eq,n1)
& ~ ? [D25] : C25 = L1 )
=> ? [E25,F25] :
( object(E25,country,countable,na,geq,n2)
& predicate(F25,contain,C25,E25) ) )
& ! [G25] :
( object(G25,island,countable,na,eq,n1)
=> ~ ? [H25,I25] :
( object(H25,continent,countable,na,eq,n1)
& G25 = H25 ) )
& ! [J25] :
( object(J25,continent,countable,na,eq,n1)
=> ? [K25,L25] :
( object(K25,sea,countable,na,eq,n1)
& predicate(L25,border,J25,K25) ) )
& ! [M25] :
( object(M25,country,countable,na,eq,n1)
=> ? [N25,O25,P25] :
( object(N25,part,countable,na,eq,n1)
& object(O25,continent,countable,na,eq,n1)
& relation(N25,of,O25)
& M25 = N25 ) )
& property(Q7,located_in,pos,N1)
& M1 = Q7
& property(S7,located_in,pos,P1)
& O1 = S7
& object(U7,continent,countable,na,eq,n1)
& Q1 = U7
& ~ ? [Q25] : predicate(Q25,control,Q1,R1)
& $true
& W7 = S1
& object(Y7,person,countable,na,eq,n1)
& S1 = Y7
& property(A8,located_in,pos,F1)
& T1 = A8
& object(C8,country,countable,na,eq,n1)
& U1 = C8
& property(E8,located_in,pos,C)
& U1 = E8
& object(G8,continent,countable,na,eq,n1)
& C = G8
& predicate(I8,border,C,V1)
& ! [R25,S25,T25,U25] :
( ( $true
& $true
& predicate(T25,border,S25,W1)
& predicate(U25,border,R25,S25) )
=> ? [V25,W25] :
( object(V25,part,countable,na,eq,n1)
& relation(V25,of,C)
& R25 = V25 ) )
& object(J8,country,countable,na,eq,n1)
& X1 = J8
& object(L8,capital,countable,na,eq,n1)
& relation(L8,of,X1)
& Y1 = L8
& object(N8,part,countable,na,eq,n1)
& relation(N8,of,C)
& X1 = N8
& predicate(P8,border,X1,N1)
& predicate(Q8,border,X1,Z1)
& predicate(R8,border,X1,A2)
& object(S8,country,countable,na,exactly,n3)
& predicate(T8,border,X1,S8)
& property(U8,located_in,pos,X1)
& Y1 = U8
& property(W8,located_in,pos,C)
& X1 = W8
& property(Y8,the_capital_of,pos,X1)
& Y1 = Y8
& ~ ? [X25] : predicate(X25,border,Z1,B2)
& ! [Y25] :
( object(Y25,dwarf_planet,countable,na,eq,n1)
=> ? [Z25,A26] :
( object(Z25,celestial_body,countable,na,eq,n1)
& Y25 = Z25 ) )
& ! [B26] :
( object(B26,moon,countable,na,eq,n1)
=> ? [C26,D26] :
( object(C26,celestial_body,countable,na,eq,n1)
& B26 = C26 ) )
& ! [E26] :
( object(E26,star,countable,na,eq,n1)
=> ? [F26,G26] :
( object(F26,celestial_body,countable,na,eq,n1)
& E26 = F26 ) )
& object(A9,star,countable,na,eq,n1)
& B = A9
& object(C9,continent,countable,na,eq,n1)
& V1 = C9
& ! [H26] :
( object(H26,entity,countable,na,eq,n1)
=> ~ ? [I26] : predicate(I26,appreciate,H26,S1) )
& ! [J26] :
( object(J26,entity,countable,na,eq,n1)
=> ? [K26] : predicate(K26,dislike,J26,S1) )
& object(E9,city,countable,na,eq,n1)
& property(F9,located_in,pos,D2)
& E9 = F9
& property(H9,located_in,pos,E2)
& E9 = H9
& C2 = E9
& object(K9,country,countable,na,eq,n1)
& property(L9,located_in,pos,P1)
& K9 = L9
& E2 = K9
& object(O9,official_language,countable,na,exactly,n2)
& predicate(P9,have,E2,O9)
& object(Q9,continent,countable,na,eq,n1)
& Q1 = Q9
& ! [L26] :
( object(L26,capital,countable,na,eq,n1)
=> ? [M26,N26] :
( object(M26,city,countable,na,eq,n1)
& L26 = M26 ) )
& object(S9,city,countable,na,eq,n1)
& property(T9,located_in,pos,G2)
& S9 = T9
& property(V9,located_in,pos,E2)
& S9 = V9
& F2 = S9
& property(Y9,the_capital_of,pos,E2)
& F2 = Y9
& property(A10,mayor_of,pos,F2)
& H2 = A10
& object(C10,continent,countable,na,eq,n1)
& I2 = C10
& ! [O26,P26,Q26] :
( ( $true
& $true
& predicate(Q26,govern,O26,P26) )
=> ? [R26] : predicate(R26,govern,O26,P26) )
& object(E10,city,countable,na,eq,n1)
& property(F10,located_in,pos,G2)
& E10 = F10
& property(H10,located_in,pos,E2)
& E10 = H10
& J2 = E10
& object(K10,province,countable,na,eq,n1)
& property(L10,located_in,pos,E2)
& K10 = L10
& G2 = K10
& ! [S26] :
( object(S26,province,countable,na,eq,n1)
=> ? [T26,U26,V26,W26,X26] :
( object(T26,subregion,countable,na,eq,n1)
& object(U26,country,countable,na,eq,n1)
& property(V26,located_in,pos,U26)
& T26 = V26
& S26 = T26 ) )
& object(O10,province,countable,na,eq,n1)
& property(P10,located_in,pos,E2)
& O10 = P10
& K2 = O10
& object(S10,city,countable,na,eq,n1)
& property(T10,located_in,pos,K2)
& S10 = T10
& property(V10,located_in,pos,E2)
& S10 = V10
& L2 = S10
& object(Y10,province,countable,na,eq,n1)
& property(Z10,located_in,pos,E2)
& Y10 = Z10
& M2 = Y10
& object(C11,canadian_province,countable,na,eq,n1)
& M2 = C11
& object(E11,canadian_province,countable,na,eq,n1)
& K2 = E11
& object(G11,canadian_province,countable,na,eq,n1)
& N2 = G11
& object(I11,canadian_province,countable,na,eq,n1)
& G2 = I11
& ! [Y26,Z26,A27] :
( ( $true
& $true
& predicate(A27,contain,Y26,Z26) )
=> ? [B27,C27] :
( object(B27,part,countable,na,eq,n1)
& relation(B27,of,Y26)
& Z26 = B27 ) )
& ! [D27,E27,F27,G27] :
( ( $true
& object(E27,part,countable,na,eq,n1)
& $true
& relation(E27,of,F27)
& D27 = E27 )
=> ? [H27] : predicate(H27,contain,F27,D27) )
& ! [I27,J27,K27,L27] :
( ( $true
& $true
& property(K27,located_in,pos,J27)
& I27 = K27 )
=> ? [M27] : predicate(M27,contain,J27,I27) )
& ! [N27,O27,P27] :
( ( $true
& $true
& predicate(P27,locate,N27,O27) )
=> ? [Q27] : predicate(Q27,contain,N27,O27) )
& object(K11,continent,countable,na,eq,n1)
& L1 = K11
& object(M11,city,countable,na,eq,n1)
& property(N11,located_in,pos,N2)
& M11 = N11
& O2 = M11
& ! [R27] :
( object(R27,subregion,countable,na,eq,n1)
=> ? [S27,T27] :
( object(S27,country,countable,na,eq,n1)
& predicate(T27,contain,S27,R27) ) )
& object(Q11,city,countable,na,eq,n1)
& property(R11,located_in,pos,G2)
& Q11 = R11
& P2 = Q11
& object(U11,province,countable,na,eq,n1)
& property(V11,located_in,pos,E2)
& U11 = V11
& D2 = U11
& object(Y11,city,countable,na,eq,n1)
& Q2 = Y11
& object(A12,canton,countable,na,eq,n1)
& property(B12,located_in,pos,W1)
& A12 = B12
& R2 = A12
& object(E12,city,countable,na,eq,n1)
& S2 = E12
& object(G12,continent,countable,na,eq,n1)
& P1 = G12
& predicate(I12,border,P1,T2)
& object(J12,town,countable,na,eq,n1)
& property(K12,located_in,pos,R2)
& J12 = K12
& U2 = J12
& ~ ! [U27] :
( $true
=> ? [V27] : predicate(V27,control,V2,U27) )
& predicate(N12,dislike,V2,S1)
& predicate(O12,govern,E1,F1)
& predicate(P12,appreciate,E1,V2)
& object(Q12,continent,countable,na,eq,n1)
& T2 = Q12
& ! [W27] :
( object(W27,country,countable,na,eq,n1)
=> ? [X27,Y27] :
( object(X27,city,countable,na,geq,n1)
& predicate(Y27,have,W27,X27) ) )
& ! [Z27] :
( object(Z27,country,countable,na,eq,n1)
=> ? [A28,B28] :
( object(A28,area,countable,na,eq,n1)
& predicate(B28,have,Z27,A28) ) )
& ! [C28] :
( object(C28,country,countable,na,eq,n1)
=> ? [D28,E28] :
( object(D28,capital,countable,na,eq,n1)
& predicate(E28,have,C28,D28) ) )
& ! [F28] :
( object(F28,country,countable,na,eq,n1)
=> ? [G28,H28,I28] :
( object(G28,continent,countable,na,eq,n1)
& property(H28,located_in,pos,G28)
& F28 = H28 ) )
& ! [J28] :
( object(J28,country,countable,na,eq,n1)
=> ~ ! [K28] :
( object(K28,capital,countable,na,eq,n1)
=> ~ ? [L28] : predicate(L28,have,J28,K28) ) )
& object(S12,country,countable,na,eq,n1)
& B2 = S12
& object(U12,part,countable,na,eq,n1)
& relation(U12,of,T2)
& B2 = U12
& object(W12,country,countable,na,eq,n1)
& J = W12
& object(Y12,part,countable,na,eq,n1)
& relation(Y12,of,C)
& J = Y12
& predicate(A13,border,J,W2)
& predicate(B13,border,J,W1)
& predicate(C13,border,J,Y)
& property(D13,larger_than,pos,X2)
& J = D13
& predicate(F13,contain,J,J1)
& predicate(G13,appreciate,Y2,J)
& predicate(H13,govern,S1,J)
& object(I13,alpine_country,countable,na,eq,n1)
& object(J13,part,countable,na,eq,n1)
& relation(J13,of,C)
& I13 = J13
& W1 = I13
& object(M13,country,countable,na,exactly,n5)
& predicate(N13,border,W1,M13)
& predicate(O13,border,W1,J)
& predicate(P13,border,W1,L)
& predicate(Q13,border,W1,Z)
& predicate(R13,border,W1,T)
& predicate(S13,border,W1,X2)
& ! [M28] :
( object(M28,sea,countable,na,eq,n1)
=> ~ ? [N28] : predicate(N28,border,W1,M28) )
& object(T13,country,countable,na,eq,n1)
& W1 = T13
& property(V13,located_in,pos,C)
& W1 = V13
& object(X13,country,countable,na,eq,n1)
& Z2 = X13
& object(Z13,part,countable,na,eq,n1)
& relation(Z13,of,Q1)
& Z2 = Z13
& object(B14,part,countable,na,eq,n1)
& relation(B14,of,V1)
& A3 = B14
& predicate(D14,border,A3,N1)
& predicate(E14,manage,A3,B3)
& object(F14,part,countable,na,eq,n1)
& relation(F14,of,A3)
& C3 = F14
& $true
& predicate(I14,overlap_with,H14,A3)
& object(J14,country,countable,na,eq,n1)
& object(K14,long_history,countable,na,eq,n1)
& predicate(L14,have,J14,K14)
& A3 = J14
& object(N14,country,countable,na,geq,n6)
& predicate(O14,border,A3,N14)
& object(P14,part,countable,na,eq,n1)
& relation(P14,of,K1)
& A3 = P14
& object(R14,ceramic,countable,na,eq,n1)
& property(S14,located_in,pos,D3)
& R14 = S14
& property(U14,located_in,pos,A3)
& D3 = U14
& property(W14,larger_than,pos,F1)
& A3 = W14
& property(Y14,located_in,pos,V1)
& A3 = Y14
& property(A15,larger_than,pos,N)
& A3 = A15
& object(C15,city,countable,na,eq,n1)
& E3 = C15
& object(E15,country,countable,na,eq,n1)
& A3 = E15
& object(G15,city,countable,na,eq,n1)
& D3 = G15
& object(I15,city,countable,na,eq,n1)
& D3 = I15
& object(K15,area,countable,na,eq,n1)
& D3 = K15
& object(M15,city,countable,na,eq,n1)
& D3 = M15
& object(O15,city,countable,na,eq,n1)
& D3 = O15
& object(Q15,country,countable,na,eq,n1)
& F3 = Q15
& object(S15,part,countable,na,eq,n1)
& relation(S15,of,I2)
& F3 = S15
& ! [O28,P28,Q28] :
( ( $true
& $true
& predicate(Q28,overlap_with,O28,P28) )
=> ? [R28] : predicate(R28,overlap_with,P28,O28) )
& ! [S28,T28,U28] :
( ( $true
& $true
& predicate(U28,overlap_with,S28,T28) )
=> ? [V28,W28] :
( object(V28,area,countable,na,eq,n1)
& S28 = V28 ) )
& object(U15,country,countable,na,eq,n1)
& F1 = U15
& object(W15,part,countable,na,eq,n1)
& relation(W15,of,P1)
& F1 = W15
& ~ ? [X28,Y28] :
( object(X28,part,countable,na,eq,n1)
& relation(X28,of,C)
& F1 = X28 )
& property(Y15,the_capital_of,pos,F1)
& Q2 = Y15
& predicate(A16,live,G3,F1)
& object(B16,country,countable,na,eq,n1)
& N1 = B16
& predicate(D16,overlap_with,N1,V1)
& predicate(E16,overlap_with,N1,C)
& object(F16,city,countable,na,eq,n1)
& S = F16
& property(H16,located_in,pos,T)
& S = H16
& property(J16,located_in,pos,T)
& S = J16
& object(L16,capital,countable,na,eq,n1)
& H3 = L16
& property(N16,located_in,pos,C)
& T = N16
& object(P16,part,countable,na,eq,n1)
& relation(P16,of,C)
& T = P16
& predicate(R16,border,T,W1)
& predicate(S16,border,T,L)
& object(T16,city,countable,na,eq,n1)
& I3 = T16
& object(V16,country,countable,na,eq,n1)
& Z = V16
& object(X16,part,countable,na,eq,n1)
& relation(X16,of,C)
& Z = X16
& predicate(Z16,border,Z,T)
& predicate(A17,border,Z,J3)
& ~ ? [Z28,A29] :
( object(Z28,planet,countable,na,eq,n1)
& Z = Z28 )
& predicate(B17,speak,Z,K3)
& object(C17,country,countable,na,eq,n1)
& L3 = C17
& object(E17,part,countable,na,eq,n1)
& relation(E17,of,T2)
& L3 = E17
& predicate(G17,border,L3,B2)
& object(H17,country,countable,na,eq,n1)
& M3 = H17
& object(J17,part,countable,na,eq,n1)
& relation(J17,of,V1)
& M3 = J17
& object(L17,country,countable,na,eq,n1)
& N = L17
& object(N17,part,countable,na,eq,n1)
& relation(N17,of,C)
& N = N17
& ~ ? [B29] : N = S1
& object(P17,alpine_country,countable,na,eq,n1)
& X2 = P17
& ! [C29] :
( object(C29,sea,countable,na,eq,n1)
=> ~ ? [D29] : predicate(D29,border,X2,C29) )
& predicate(R17,border,X2,L)
& ! [E29] :
( object(E29,city,countable,na,eq,n1)
=> ? [F29,G29] :
( object(F29,area,countable,na,eq,n1)
& E29 = F29 ) )
& object(S17,city,countable,na,eq,n1)
& N3 = S17
& ! [H29] :
( object(H29,city,countable,na,eq,n1)
=> ? [I29,J29] :
( object(I29,person,countable,na,greater,n1)
& predicate(J29,contain,H29,I29) ) )
& object(U17,city,countable,na,eq,n1)
& O3 = U17
& $true
& predicate(X17,contain,O3,W17)
& object(Y17,city,countable,na,eq,n1)
& P3 = Y17
& ! [K29] :
( object(K29,city,countable,na,eq,n1)
=> ? [L29,M29] :
( object(L29,mayor,countable,na,exactly,n1)
& predicate(M29,have,K29,L29) ) )
& ! [N29] :
( object(N29,city,countable,na,eq,n1)
=> ? [O29,P29,Q29,R29] :
( object(O29,subregion,countable,na,eq,n1)
& object(P29,country,countable,na,eq,n1)
& predicate(Q29,contain,P29,O29)
& predicate(R29,contain,O29,N29) ) )
& object(A18,city,countable,na,eq,n1)
& I = A18
& ! [S29,T29,U29] :
( ( $true
& $true
& predicate(U29,border,S29,T29) )
=> ? [V29] : predicate(V29,border,T29,S29) )
& ! [W29,X29,Y29] :
( ( $true
& $true
& predicate(Y29,border,W29,X29) )
=> ? [Z29,A30] :
( object(Z29,area,countable,na,eq,n1)
& W29 = Z29 ) )
& object(C18,city,countable,na,eq,n1)
& V = C18
& property(E18,located_in,pos,W1)
& V = E18
& object(G18,city,countable,na,eq,n1)
& Q3 = G18
& object(I18,part,countable,na,eq,n1)
& relation(I18,of,J)
& Q3 = I18
& object(K18,capital,countable,na,eq,n1)
& relation(K18,of,J)
& Q3 = K18
& object(M18,city,countable,na,eq,n1)
& I3 = M18
& object(O18,part,countable,na,eq,n1)
& relation(O18,of,T)
& I3 = O18
& object(Q18,city,countable,na,eq,n1)
& R3 = Q18
& object(S18,part,countable,na,eq,n1)
& relation(S18,of,F1)
& R3 = S18
& object(U18,city,countable,na,eq,n1)
& M = U18
& object(W18,part,countable,na,eq,n1)
& relation(W18,of,N)
& M = W18
& object(Y18,city,countable,na,eq,n1)
& P3 = Y18
& property(A19,located_in,pos,Z)
& P3 = A19
& object(C19,capital,countable,na,eq,n1)
& relation(C19,of,Z)
& P3 = C19
& predicate(E19,speak,P3,K3)
& ! [B30,C30,D30] :
( ( object(B30,city,countable,na,eq,n1)
& property(C30,located_in,pos,Z)
& B30 = C30 )
=> ? [E30,F30] :
( property(E30,larger_than,pos,B30)
& P3 = E30 ) )
& object(F19,city,countable,na,eq,n1)
& S3 = F19
& object(H19,part,countable,na,eq,n1)
& relation(H19,of,F3)
& S3 = H19
& object(J19,city,countable,na,eq,n1)
& D3 = J19
& object(L19,part,countable,na,eq,n1)
& relation(L19,of,A3)
& D3 = L19
& object(N19,capital,countable,na,eq,n1)
& relation(N19,of,A3)
& D3 = N19
& object(P19,city,countable,na,eq,n1)
& T3 = P19
& object(R19,part,countable,na,eq,n1)
& relation(R19,of,M3)
& T3 = R19
& object(T19,city,countable,na,eq,n1)
& U3 = T19
& object(V19,part,countable,na,eq,n1)
& relation(V19,of,F1)
& U3 = V19
& ! [G30] :
( object(G30,planet,countable,na,eq,n1)
=> ? [H30,I30] :
( object(H30,celestial_body,countable,na,eq,n1)
& G30 = H30 ) )
& ! [J30] :
( object(J30,planet,countable,na,eq,n1)
=> ~ ? [K30,L30] :
( object(K30,star,countable,na,eq,n1)
& J30 = K30 ) )
& ! [M30] :
( object(M30,planet,countable,na,eq,n1)
=> ~ ? [N30,O30] :
( object(N30,dwarf_planet,countable,na,eq,n1)
& M30 = N30 ) )
& ! [P30] :
( object(P30,planet,countable,na,eq,n1)
=> ~ ? [Q30,R30] :
( object(Q30,moon,countable,na,eq,n1)
& P30 = Q30 ) )
& ! [S30] :
( object(S30,planet,countable,na,eq,n1)
=> ? [T30,U30] :
( object(T30,star,countable,na,eq,n1)
& predicate(U30,orbit,S30,T30) ) )
& ! [V30] :
( ( object(V30,planet,countable,na,eq,n1)
& ~ ? [W30] : predicate(W30,orbit,V30,B) )
=> ? [X30,Y30] :
( object(X30,extrasolar_planet,countable,na,eq,n1)
& V30 = X30 ) )
& ! [Z30] :
( object(Z30,planet,countable,na,eq,n1)
=> ( ? [A31,B31] :
( object(A31,terrestrial_planet,countable,na,eq,n1)
& Z30 = A31 )
| ? [C31,D31] :
( object(C31,gas_giant,countable,na,eq,n1)
& Z30 = C31 ) ) )
& object(X19,planet,countable,na,eq,n1)
& V3 = X19
& ! [E31] :
( object(E31,planet,countable,na,eq,n1)
=> ? [F31] : predicate(F31,orbit,E31,B) )
& object(Z19,city,countable,na,eq,n1)
& W3 = Z19
& object(B20,part,countable,na,eq,n1)
& relation(B20,of,L3)
& W3 = B20
& ! [G31,H31,I31,J31] :
( ( $true
& $true
& property(I31,located_in,pos,H31)
& G31 = I31 )
=> ? [K31] : predicate(K31,contain,H31,G31) )
& ! [L31,M31,N31,O31] :
( ( $true
& $true
& property(N31,located_in,pos,M31)
& L31 = N31 )
=> ? [P31,Q31] :
( object(P31,area,countable,na,eq,n1)
& M31 = P31 ) )
& object(D20,city,countable,na,eq,n1)
& property(E20,located_in,pos,W1)
& D20 = E20
& X3 = D20
& predicate(H20,dislike,C3,E1)
& object(I20,city,countable,na,eq,n1)
& Y3 = I20
& property(K20,located_in,pos,W1)
& Y3 = K20
& property(M20,located_in,pos,C)
& Z3 = M20
& object(O20,city,countable,na,eq,n1)
& Z3 = O20
& property(Q20,located_in,pos,W1)
& Z3 = Q20
& object(S20,city,countable,na,eq,n1)
& property(T20,located_in,pos,B2)
& S20 = T20
& A4 = S20
& ! [R31] :
( object(R31,sea,countable,na,eq,n1)
=> ? [S31,T31] :
( object(S31,area,countable,na,eq,n1)
& R31 = S31 ) )
& ! [U31] :
( ( object(U31,country,countable,na,eq,n1)
& ! [V31] :
( object(V31,sea,countable,na,eq,n1)
=> ~ ? [W31] : predicate(W31,border,U31,V31) ) )
=> ? [X31,Y31] :
( object(X31,landlocked_country,countable,na,eq,n1)
& U31 = X31 ) )
& ! [Z31] :
( object(Z31,landlocked_country,countable,na,eq,n1)
=> ? [A32,B32] :
( object(A32,country,countable,na,eq,n1)
& ! [C32] :
( object(C32,sea,countable,na,eq,n1)
=> ~ ? [D32] : predicate(D32,border,A32,C32) )
& Z31 = A32 ) )
& object(W20,planet,countable,na,eq,n1)
& B4 = W20
& predicate(Y20,orbit,B4,B)
& ! [E32,F32,G32] :
( ( $true
& $true
& predicate(G32,flow_through,E32,F32) )
=> ? [H32,I32] :
( object(H32,river,countable,na,eq,n1)
& E32 = H32 ) )
& object(Z20,planet,countable,na,eq,n1)
& R1 = Z20
& predicate(B21,orbit,R1,B)
& object(C21,country,countable,na,eq,n1)
& property(D21,located_in,pos,C)
& C21 = D21
& C4 = C21
& ! [J32] :
( object(J32,object_c,countable,na,eq,n1)
=> ? [K32,L32] :
( object(K32,entity,countable,na,eq,n1)
& J32 = K32 ) )
& object(G21,baltic_state,countable,na,eq,n1)
& D4 = G21
& object(I21,baltic_state,countable,na,eq,n1)
& E4 = I21
& object(K21,baltic_state,countable,na,eq,n1)
& F4 = K21
& ! [M32] :
( object(M32,baltic_state,countable,na,eq,n1)
=> ? [N32,O32] :
( object(N32,eU_country,countable,na,eq,n1)
& M32 = N32 ) )
& ! [P32] :
( object(P32,baltic_state,countable,na,eq,n1)
=> ? [Q32,R32] :
( object(Q32,nATO_country,countable,na,eq,n1)
& P32 = Q32 ) )
& object(M21,language,countable,na,eq,n1)
& G4 = M21
& object(O21,planet,countable,na,eq,n1)
& K1 = O21
& predicate(Q21,orbit,K1,B)
& object(R21,language,countable,na,eq,n1)
& K3 = R21
& object(T21,language,countable,na,eq,n1)
& H4 = T21
& ! [S32] :
( object(S32,multilingual_country,countable,na,eq,n1)
=> ? [T32,U32] :
( object(T32,country,countable,na,eq,n1)
& S32 = T32 ) )
& ! [V32,W32,X32,Y32] :
( ( object(V32,language,countable,na,greater,n1)
& object(W32,national_language,countable,na,eq,n1)
& object(X32,country,countable,na,eq,n1)
& relation(W32,of,X32)
& V32 = W32 )
=> ? [Z32,A33] :
( object(Z32,multilingual_country,countable,na,eq,n1)
& X32 = Z32 ) )
& property(V21,located_in,pos,J4)
& I4 = V21
& ! [B33,C33,D33] :
( ( $true
& $true
& predicate(D33,appreciate,C33,B33) )
=> ? [E33,F33] :
( $true
& predicate(F33,control,B33,E33) ) )
& object(X21,planet,countable,na,eq,n1)
& K4 = X21
& predicate(Z21,orbit,K4,B)
& object(A22,person,countable,na,eq,n1)
& Y2 = A22
& object(C22,country,countable,na,eq,n1)
& W2 = C22
& predicate(E22,border,W2,J) ) ).
%------------------------------------------------------------------------------