code_idx
int64 12
284
| code
stringlengths 36
24.7k
| query_type
int64 0
1
| query_code
stringlengths 7
49
| found_solution
bool 2
classes | result_explanation
stringlengths 55
33.4k
| result_variables
stringlengths 0
52
| __index_level_0__
int64 0
194k
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|---|---|---|---|---|---|---|---|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,a,t,r,b,Var5).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=a, Param3=t, Param4=r, Param5=b, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=a, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=a, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=a, Param3=t, Param4=r, Param5=b, Param6=FreeVariable (variable) , ]
| 900 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var1,Var5,t,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=t, Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=t, Param6=l, ]
| 901 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var1,d,g,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=d, Param5=g, Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=d, Param5=g, Param6=l, ]
| 902 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var1,e,n,r).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=e, Param5=n, Param6=r, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=e, Param5=n, Param6=r, ]
| 903 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var1,m,Var2,d).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=m, Param5=FreeVariable (variable) , Param6=d, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=m, Param5=FreeVariable (variable) , Param6=d, ]
| 904 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var1,o,n,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=o, Param5=n, Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=o, Param5=n, Param6=l, ]
| 905 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var2,l,g,n).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=l, Param5=g, Param6=n, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=l, Param5=g, Param6=n, ]
| 906 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var2,m,r,a).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=m, Param5=r, Param6=a, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=m, Param5=r, Param6=a, ]
| 907 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var3,Var1,Var5,r).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=r, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=r, ]
| 908 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var3,Var1,a,e).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=a, Param6=e, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=a, Param6=e, ]
| 909 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var3,Var5,d,h).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=d, Param6=h, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=d, Param6=h, ]
| 910 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var3,d,t,n).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=d, Param5=t, Param6=n, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=d, Param5=t, Param6=n, ]
| 911 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var3,m,d,t).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=m, Param5=d, Param6=t, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=m, Param5=d, Param6=t, ]
| 912 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var3,m,n,r).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=m, Param5=n, Param6=r, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=m, Param5=n, Param6=r, ]
| 913 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var3,o,c,a).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=o, Param5=c, Param6=a, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=o, Param5=c, Param6=a, ]
| 914 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var4,Var2,t,c).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=t, Param6=c, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=t, Param6=c, ]
| 915 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var4,Var5,Var1,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=l, ]
| 916 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var4,a,t,d).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=a, Param5=t, Param6=d, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=a, Param5=t, Param6=d, ]
| 917 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var4,d,m,t).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=d, Param5=m, Param6=t, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=d, Param5=m, Param6=t, ]
| 918 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var4,h,d,c).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=h, Param5=d, Param6=c, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=h, Param5=d, Param6=c, ]
| 919 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var4,h,e,d).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=h, Param5=e, Param6=d, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=h, Param5=e, Param6=d, ]
| 920 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var4,n,h,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=n, Param5=h, Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=n, Param5=h, Param6=l, ]
| 921 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var4,t,Var1,Var5).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=t, Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=t, Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , ]
| 922 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var4,t,Var1,h).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=t, Param5=FreeVariable (variable) , Param6=h, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=t, Param5=FreeVariable (variable) , Param6=h, ]
| 923 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var4,t,c,g).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=t, Param5=c, Param6=g, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=t, Param5=c, Param6=g, ]
| 924 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var5,Var2,d,c).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=d, Param6=c, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=d, Param6=c, ]
| 925 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var5,Var3,a,e).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=a, Param6=e, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=a, Param6=e, ]
| 926 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var5,Var3,r,e).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=r, Param6=e, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=r, Param6=e, ]
| 927 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var5,e,m,g).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=e, Param5=m, Param6=g, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=e, Param5=m, Param6=g, ]
| 928 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var5,h,Var2,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=h, Param5=FreeVariable (variable) , Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=h, Param5=FreeVariable (variable) , Param6=l, ]
| 929 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var5,l,c,m).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=l, Param5=c, Param6=m, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=l, Param5=c, Param6=m, ]
| 930 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var5,l,t,Var1).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=l, Param5=t, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=l, Param5=t, Param6=FreeVariable (variable) , ]
| 931 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var5,o,a,h).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=o, Param5=a, Param6=h, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=o, Param5=a, Param6=h, ]
| 932 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,Var5,t,r,m).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=t, Param5=r, Param6=m, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=FreeVariable (variable) , Param4=t, Param5=r, Param6=m, ]
| 933 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,a,Var2,Var4,r).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=r, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=r, ]
| 934 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,a,Var4,Var2,Var1).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , ]
| 935 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,a,Var4,e,Var1).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=FreeVariable (variable) , Param5=e, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=FreeVariable (variable) , Param5=e, Param6=FreeVariable (variable) , ]
| 936 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,a,Var4,g,d).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=FreeVariable (variable) , Param5=g, Param6=d, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=FreeVariable (variable) , Param5=g, Param6=d, ]
| 937 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,a,c,Var5,e).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=c, Param5=FreeVariable (variable) , Param6=e, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=c, Param5=FreeVariable (variable) , Param6=e, ]
| 938 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,a,d,r,g).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=d, Param5=r, Param6=g, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=d, Param5=r, Param6=g, ]
| 939 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,a,o,m,Var5).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=o, Param5=m, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=o, Param5=m, Param6=FreeVariable (variable) , ]
| 940 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,a,o,r,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=o, Param5=r, Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=a, Param4=o, Param5=r, Param6=l, ]
| 941 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,Var2,r,h).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=FreeVariable (variable) , Param5=r, Param6=h, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=FreeVariable (variable) , Param5=r, Param6=h, ]
| 942 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,Var4,Var3,t).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=t, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=t, ]
| 943 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,a,d,h).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=a, Param5=d, Param6=h, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=a, Param5=d, Param6=h, ]
| 944 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,a,o,d).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=a, Param5=o, Param6=d, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=a, Param5=o, Param6=d, ]
| 945 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,h,g,d).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=h, Param5=g, Param6=d, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=h, Param5=g, Param6=d, ]
| 946 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,h,l,Var3).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=h, Param5=l, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=h, Param5=l, Param6=FreeVariable (variable) , ]
| 947 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,l,g,n).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=l, Param5=g, Param6=n, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=l, Param5=g, Param6=n, ]
| 948 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,l,m,g).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=l, Param5=m, Param6=g, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=l, Param5=m, Param6=g, ]
| 949 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,n,Var2,e).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=n, Param5=FreeVariable (variable) , Param6=e, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=n, Param5=FreeVariable (variable) , Param6=e, ]
| 950 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,o,d,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=o, Param5=d, Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=o, Param5=d, Param6=l, ]
| 951 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,c,r,n,g).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=r, Param5=n, Param6=g, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=c, Param4=r, Param5=n, Param6=g, ]
| 952 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,d,Var5,n,o).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=d, Param4=FreeVariable (variable) , Param5=n, Param6=o, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=d, Param4=FreeVariable (variable) , Param5=n, Param6=o, ]
| 953 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,d,a,e,Var5).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=d, Param4=a, Param5=e, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=d, Param4=a, Param5=e, Param6=FreeVariable (variable) , ]
| 954 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,d,h,Var3,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=d, Param4=h, Param5=FreeVariable (variable) , Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=d, Param4=h, Param5=FreeVariable (variable) , Param6=l, ]
| 955 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,d,h,Var5,o).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=d, Param4=h, Param5=FreeVariable (variable) , Param6=o, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=d, Param4=h, Param5=FreeVariable (variable) , Param6=o, ]
| 956 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,e,Var3,c,m).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=FreeVariable (variable) , Param5=c, Param6=m, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=FreeVariable (variable) , Param5=c, Param6=m, ]
| 957 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,e,Var3,o,Var2).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=FreeVariable (variable) , Param5=o, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=FreeVariable (variable) , Param5=o, Param6=FreeVariable (variable) , ]
| 958 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,e,Var3,o,h).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=FreeVariable (variable) , Param5=o, Param6=h, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=FreeVariable (variable) , Param5=o, Param6=h, ]
| 959 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,e,a,o,Var4).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=a, Param5=o, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=a, Param5=o, Param6=FreeVariable (variable) , ]
| 960 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,e,c,Var5,Var2).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=c, Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=c, Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , ]
| 961 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,e,m,h,Var3).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=m, Param5=h, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=e, Param4=m, Param5=h, Param6=FreeVariable (variable) , ]
| 962 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,g,Var1,h,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=FreeVariable (variable) , Param5=h, Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=FreeVariable (variable) , Param5=h, Param6=l, ]
| 963 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,g,Var4,Var5,Var2).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , ]
| 964 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,g,Var4,n,c).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=FreeVariable (variable) , Param5=n, Param6=c, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=FreeVariable (variable) , Param5=n, Param6=c, ]
| 965 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,g,c,a,Var1).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=c, Param5=a, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=c, Param5=a, Param6=FreeVariable (variable) , ]
| 966 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,g,m,Var4,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=m, Param5=FreeVariable (variable) , Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=m, Param5=FreeVariable (variable) , Param6=l, ]
| 967 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,g,m,c,t).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=m, Param5=c, Param6=t, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=m, Param5=c, Param6=t, ]
| 968 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,g,t,Var3,Var5).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=t, Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=g, Param4=t, Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , ]
| 969 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,Var2,a,n).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=FreeVariable (variable) , Param5=a, Param6=n, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=FreeVariable (variable) , Param5=a, Param6=n, ]
| 970 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,Var3,d,o).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=FreeVariable (variable) , Param5=d, Param6=o, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=FreeVariable (variable) , Param5=d, Param6=o, ]
| 971 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,Var5,n,Var1).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=FreeVariable (variable) , Param5=n, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=FreeVariable (variable) , Param5=n, Param6=FreeVariable (variable) , ]
| 972 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,a,m,c).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=a, Param5=m, Param6=c, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=a, Param5=m, Param6=c, ]
| 973 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,g,m,Var3).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=g, Param5=m, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=g, Param5=m, Param6=FreeVariable (variable) , ]
| 974 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,l,Var3,d).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=l, Param5=FreeVariable (variable) , Param6=d, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=l, Param5=FreeVariable (variable) , Param6=d, ]
| 975 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,m,Var5,g).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=m, Param5=FreeVariable (variable) , Param6=g, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=m, Param5=FreeVariable (variable) , Param6=g, ]
| 976 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,n,o,e).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=n, Param5=o, Param6=e, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=n, Param5=o, Param6=e, ]
| 977 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,o,m,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=o, Param5=m, Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=o, Param5=m, Param6=l, ]
| 978 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,r,t,Var4).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=r, Param5=t, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=r, Param5=t, Param6=FreeVariable (variable) , ]
| 979 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,t,a,n).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=t, Param5=a, Param6=n, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=t, Param5=a, Param6=n, ]
| 980 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,h,t,a,r).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=t, Param5=a, Param6=r, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=h, Param4=t, Param5=a, Param6=r, ]
| 981 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,l,Var1,a,Var2).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=a, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=a, Param6=FreeVariable (variable) , ]
| 982 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,l,Var2,Var4,r).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=r, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=r, ]
| 983 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,l,Var3,g,e).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=g, Param6=e, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=g, Param6=e, ]
| 984 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,l,Var4,e,Var5).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=e, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=e, Param6=FreeVariable (variable) , ]
| 985 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,l,Var4,m,a).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=m, Param6=a, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=m, Param6=a, ]
| 986 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,l,Var5,h,g).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=h, Param6=g, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=FreeVariable (variable) , Param5=h, Param6=g, ]
| 987 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,l,a,e,Var3).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=a, Param5=e, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=a, Param5=e, Param6=FreeVariable (variable) , ]
| 988 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,l,c,Var1,o).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=c, Param5=FreeVariable (variable) , Param6=o, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=c, Param5=FreeVariable (variable) , Param6=o, ]
| 989 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,l,g,r,c).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=g, Param5=r, Param6=c, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=g, Param5=r, Param6=c, ]
| 990 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,l,h,a,d).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=h, Param5=a, Param6=d, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=l, Param4=h, Param5=a, Param6=d, ]
| 991 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,m,Var1,a,d).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=a, Param6=d, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=a, Param6=d, ]
| 992 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,m,Var2,d,l).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=d, Param6=l, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=d, Param6=l, ]
| 993 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,m,Var2,n,a).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=n, Param6=a, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=n, Param6=a, ]
| 994 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,m,Var3,l,Var2).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=l, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=l, Param6=FreeVariable (variable) , ]
| 995 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,m,Var4,h,d).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=h, Param6=d, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=h, Param6=d, ]
| 996 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,m,Var5,d,r).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=d, Param6=r, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=FreeVariable (variable) , Param5=d, Param6=r, ]
| 997 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,m,c,Var1,r).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=c, Param5=FreeVariable (variable) , Param6=r, ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=c, Param5=FreeVariable (variable) , Param6=r, ]
| 998 |
|
26 |
% Ex. 1 - rebusul
word(abalone,a,b,a,l,o,n,e).
word(abandon,a,b,a,n,d,o,n).
word(anagram,a,n,a,g,r,a,m).
word(connect,c,o,n,n,e,c,t).
word(elegant,e,l,e,g,a,n,t).
word(enhance,e,n,h,a,n,c,e).
crossword(V1, V2, V3, H1, H2, H3) :-
word(V1, _, A, _, B, _, C, _),
word(V2, _, D, _, E, _, F, _),
word(V3, _, G, _, H, _, I, _),
word(H1, _, A, _, D, _, G, _),
word(H2, _, B, _, E, _, H, _),
word(H3, _, C, _, F, _, I, _).
% Ex. 2 - baza de date
born(jan, date(20,3,1977)).
born(jeroen, date(2,2,1992)).
born(joris, date(17,3,1995)).
born(jelle, date(1,1,2004)).
born(joan, date(24,12,0)).
born(joop, date(30,4,1989)).
born(jannecke, date(17,3,1993)).
born(jaap, date(16,11,1995)).
% date(Day, Month, Year)
% year/2, year(+Year, -Person).
year(Year,Person) :-
born(Person, date(_,_,Year)).
% before/2
before(date(D1,M1,Y1),date(D2,M2,Y2)):-
Y1 < Y2;
Y1 =:= Y2, M1 < M2;
Y1 =:= Y2, M1 =:= M2, D1 < D2.
% older/2
older(X,Y):-
born(X, DateX),
born(Y, DateY),
before(DateX, DateY).
% Ex. 3 - labirintul
% connected(1,2).
% connected(3,4).
% connected(5,6).
% connected(7,8).
% connected(9,10).
% connected(12,13).
% connected(13,14).
% connected(15,16).
% connected(17,18).
% connected(19,20).
% connected(4,1).
% connected(6,3).
% connected(4,7).
% connected(6,11).
% connected(14,9).
% connected(11,15).
% connected(16,12).
% connected(14,17).
% connected(16,19).
connected(1,2).
connected(2,1).
connected(1,3).
connected(3,4).
% path / 2, path(X,Y) - true daca exista un drum de la X la Y
path(X, Y) :-
connected(X,Y).
path(X, Y) :-
connected(X, Z),
path(Z, Y).
% Tema: solutia pentru a elimina ciclurile este sa avem o lista de noduri vizitate
% path(X, Y, Viz)
path1(X, Y, V) :- not(member(X, V)), connected(X,Z), path1(Z, Y, [X|V]).
% Ex. 4 - reprezentarea numerelor naturale ca liste
% 0 = [], 1 = [x], 2 = [x,x]
succesor(L, [x | L]).
plus(L1,L2, LR) :- append(L1,L2,LR).
times([], _, []).
times([x | T], L2, LR) :-
times(T, L2, ListTail),
plus(L2, ListTail, LR).
% Ex. 5 - al n-lea element intr-o lista
% element_at/3, element_at(+List, +Index, -ElemDePeIndex).
element_at([H|_], 0, H).
element_at([_|T], Index, Result):-
NewIndex is Index-1,
element_at(T, NewIndex, Result).
% Ex. 6 - mutantii
animal(alligator).
animal(tortue).
animal(caribou).
animal(ours).
animal(cheval).
animal(vache).
animal(lapin).
% mutant/1
% name/2 - transforma un sir de caratere intr-o lista cu codurile lor ASCII
mutant(X) :-
animal(Y),
animal(Z),
Y \= Z,
name(Y, Ly),
name(Z, Lz),
append(Y1, Y2, Ly),
append(Y2, _, Lz),
Y2 \= [],
append(Y1, Lz, Lx),
name(X, Lx).
% exista o factorizare a listei Ly Y1 ++ Y2 = Ly
% exista o factorizare a listei Lz Y2 ++ _ = Lz
| 0 |
crossword(Var0,b,m,c,l,Var1).
| false |
CHECKING crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=c, Param5=l, Param6=FreeVariable (variable) , ]
CHECKING word : [Param1=FreeVariable (variable) , Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abalone (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=l (variable) , Param6=o (variable) , Param7=n (variable) , Param8=e (variable) , ]
CHECKING word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
FAILED word : [Param1=b, Param2=FreeVariable (variable) , Param3=FreeVariable (variable) , Param4=FreeVariable (variable) , Param5=FreeVariable (variable) , Param6=FreeVariable (variable) , Param7=FreeVariable (variable) , Param8=FreeVariable (variable) , ]
PASSED word : [Param1=abandon (variable) , Param2=a (variable) , Param3=b (variable) , Param4=a (variable) , Param5=n (variable) , Param6=d (variable) , Param7=o (variable) , Param8=n (variable) , ]
PASSED word : [Param1=anagram (variable) , Param2=a (variable) , Param3=n (variable) , Param4=a (variable) , Param5=g (variable) , Param6=r (variable) , Param7=a (variable) , Param8=m (variable) , ]
PASSED word : [Param1=connect (variable) , Param2=c (variable) , Param3=o (variable) , Param4=n (variable) , Param5=n (variable) , Param6=e (variable) , Param7=c (variable) , Param8=t (variable) , ]
PASSED word : [Param1=elegant (variable) , Param2=e (variable) , Param3=l (variable) , Param4=e (variable) , Param5=g (variable) , Param6=a (variable) , Param7=n (variable) , Param8=t (variable) , ]
PASSED word : [Param1=enhance (variable) , Param2=e (variable) , Param3=n (variable) , Param4=h (variable) , Param5=a (variable) , Param6=n (variable) , Param7=c (variable) , Param8=e (variable) , ]
FAILED crossword : [Param1=FreeVariable (variable) , Param2=b, Param3=m, Param4=c, Param5=l, Param6=FreeVariable (variable) , ]
| 999 |
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