\+ atom(atop(the_trees)),
\+ atomic(_),
atomic(a),
- atomic("string"),
+ \+ atomic("string"),
atomic([]),
atomic(1),
atomic(0),
arg(2, f(arg, not_arg, not_arg), not_arg),
arg(3, f(arg, not_arg, not_arg), not_arg),
functor(f(a,b,c), f, 3),
- catch(functor(_,"sdf",3),error(type_error(atom,[s,d,f]),_),true),
+ catch(functor(_,"sdf",3),error(type_error(atomic,[s,d,f]),_),true),
f(1,2,3) =.. [f,1,2,3],
length([a,b,c], 3),
\+ \+ copy_term([[[[X,Y],Y],X]],[[[[Z,V],V],Z]]),
\+ compound([]),
\+ compound(3.14159269),
\+ compound(3),
- \+ compound("sdfsa"),
+ compound("sdfsa"),
\+ compound(atom),
- \+ string(functor(string)),
- \+ string(3.14159269),
- \+ string(3),
- \+ string(f(X)),
- string("sdfsa"),
- \+ string(atom),
- \+ string([1,2,3]),
- \+ string([1,2,X]),
+ \+ partial_string(functor(partial_string)),
+ \+ partial_string(3.14159269),
+ \+ partial_string(3),
+ \+ partial_string(f(X)),
+ partial_string("sdfsa"),
+ \+ partial_string(atom),
+ \+ partial_string([1,2,3]),
+ \+ partial_string([1,2,X]),
\+ \+ ( X = nonvar, nonvar(X) ),
\+ nonvar(X),
\+ \+ nonvar(f(X)),
\+ (X @>= Y),
\+ (X @> Y),
\+ \+ (X @>= X),
- \+ (atom @=< "string"),
+ atom @=< "string",
\+ \+ (atom @=< atom),
\+ (atom @=< aaa),
- \+ \+ (atom @>= "string"),
+ \+ \+ (atom @=< "string"),
\+ \+ (X is 3 + 3,X @>= Y),
\+ \+ (f(X) @>= f(X)),
\+ \+ (f(X) @>= a),
\+ ([1,2,3] @=< [1,2]),
\+ \+ ([] @=< [1,2]),
\+ ([] @< 1),
- \+ ([] @< "string"),
- \+ ([] @< atom),
- atom @< [],
+ [] @< "string",
+ [] @< atom,
+ \+ atom @< [],
1.1 @< 1,
1.0 @=< 1,
- 1 @=< 1.0,
+ \+ 1 @=< 1.0,
\+ \+ (variant(X, Y)),
\+ (variant(f(X), f(x))),
\+ \+ (variant(X, X)),
\+ \+ retract((p(f(f(a), g(b), X), g(b), h) :- q(X, _))),
\+ \+ assertz((p(_, f(_, Y, _)) :- h(Y))),
assertz(h(y)),
- \+ \+ findall(Y, p(_, f(_, Y, _)), [y]).
+ \+ \+ findall(Y, p(_, f(_, Y, _)), [y]),
p(_, f(_, y, _)),
\+ p(_, f(_, z, _)),
\+ \+ retract((p(_, f(_, Y, _)) :- h(Y))),