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pp.pl
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pp.pl
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:- multifile portray/1.
pp_labels(S0,S) :- format1('~p -->> ~n~p~n',[S0,S]).
pp_sem1(X) :- \+ \+ (numbervars(X,21,_),format1('~p',[X])).
format1(X,Y) :-
(display_mode(quiet) ->
true
;
format(X,Y)).
portray(tcl_error(_,Str)) :-
!,
format('~s',[Str]).
portray(tcl_eval(X,Y,Z)) :-
ground(Z),
!,
format('tcl_eval(~p,~p,"~s")',[X,Y,Z]).
portray(X:Y-Z) :-
!,
print(X),
write(' : '),
print(Y),
write(' - '),
print(Z).
portray(one(X)) :- !,print(X),write('(1)').
portray(two(X)) :- !,print(X),write('(2)').
portray(prove(L)) :- !,nl,write('== prove =='),nl,portray_list(L).
portray(prove1(Es,E)) :- !,nl,write('== prove =='),nl,print(E),nl,write('==='),nl,portray_list(Es).
portray(prove(Es,E)) :- !,nl,write('== prove=='),nl,
my_numbervars([E|Es],41,_,0,_),portray_vertices([E|Es]).
portray(prove(Es,E,_,_)) :- !,nl,write('== prove=='),nl,
my_numbervars([E|Es],41,_,0,_),portray_vertices([E|Es]).
portray(select_goal(G,_,_)) :- !,nl,write('== select_goal =='),
nl,print(G).
portray(select_conjugate(_,[C|_],_)) :- !,nl,write('== select_conj =='),
nl,print(C).
portray(select_atom(A,vertex(N,_,_),_,_)) :- !,write('== select_atom=='),
nl,print(N),write(':'),print(A),nl.
portray(select_conj(A,vertex(N,_,_),_,_)) :- !,write('== select_conj=='), nl, print(N),write(':'),print(A),nl.
portray(ord_union(_,_,_,New)) :-
var(New) -> print(New)
;
nl,write('== new children =='),
nl,portray_list(New).
portray(children(Parent,Children)) :-
nonvar(Children),!,
nl,write('== parent =='),nl,print(Parent),nl,
write('== children =='),nl,portray_list(Children).
portray(generate_sequent(Ss,Os,Ts,_,_,_)) :-
nl,write('== seqents =='),nl,portray_list(Ss),
nl,write('== ones =='),nl,portray_list(Os),
nl,write('== twos =='),nl,portray_list(Ts),nl.
portray(generate_nd(NDs,Os,Ts,_,_,_,_,_)) :-
nl,write('== nds =='),nl,portray_list(NDs),
nl,write('== ones =='),nl,portray_list(Os),
nl,write('== twos =='),nl,portray_list(Ts),nl.
portray(generate_fitch(NDs,Os,Ts,_,_,_,_,_,_,_,_)) :-
nl,write('== nds =='),nl,portray_list(NDs),
nl,write('== ones =='),nl,portray_list(Os),
nl,write('== twos =='),nl,portray_list(Ts),nl.
portray(rule(N,A,S,_)) :-
!,write_ant(A),write(' '),print(N),write('=> '),print(S).
portray(sign(A,0,B,C,_)) :-
!,write('+'),print(C),write(':'),print(A),write(':'),
\+ \+ (numbervars(B,23,_),print(B)).
portray(sign(A,1,B,C,_)) :-
!,write('-'),print(C),write(':'),print(A),write(':'),
\+ \+ (numbervars(B,23,_),print(B)).
portray(neg(A,_,S,P0,P1)) :-
!,write('-'),print(A),write(':'),print(S),write(':'),print(P0),
write('-'),print(P1).
portray(pos(A,_,S,P0,P1)) :-
!,write('+'),print(A),write(':'),print(S),write(':'),print(P0),
write('-'),print(P1).
portray(neg(A,_,S,Id,_,_)) :-
!,
format('-~p(~p):~p',[A,Id,S]).
portray(pos(A,_,S,Id,_,_)) :-
!,
format('+~p(~p):~p',[A,Id,S]).
portray(neg(A,_,_)) :-
!,write('-'),print(A).
portray(pos(A,_,_)) :-
!,write('+'),print(A).
portray(neg(A)) :-
!,write('-'),print(A).
portray(pos(A)) :-
!,write('+'),print(A).
portray(lolli(A,B)) :-
!,write('('),print(A),write(' -0 '),print(B),write(')').
portray(tensor(A,B)) :-
!,write('('),print(A),write(' @ '),print(B),write(')').
portray(atom(A,_M,_S)) :-
!,print(A).
%portray(X-Y) :- nonvar(X),X='$VAR'(N),!,print('$VAR'(N)),print('-'),print(Y).
portray(X-Y) :- nonvar(X),(X=x;number(X)),(atom(Y);Y='$VAR'(_)),!,print(Y).
%portray(X-Y) :- nonvar(X), !, write('L-'),print(Y).
portray(lit(A)) :- !, print(A).
portray(sp(I,X,Y)) :-
write('('),print(X),write(','),print(Y),write(')'),print(I),write(' ').
portray(sdia(I,X)) :-
write('<'),print(X),write('>'),print(I),write(' ').
portray(dia(I,X)) :-
write('^'),print(I),write('.'),print(X).
portray(box(I,X)) :-
write('@'),print(I),write('.'),print(X).
portray(p(I,X,Y)) :-
write('('),print(X),write(' *'),write(I),write(' '),print(Y),write(')').
portray(dr(I,X,Y)) :-
write('('),print(X),write(' /'),write(I),write(' '),print(Y),write(')').
portray(dl(I,X,Y)) :-
write('('),print(X),write(' \\'),write(I),write(' '),print(Y),write(')').
portray(l(I,X)) :-
write('<'),write(I),write('('),print(X),write(')').
portray(r(I,X)) :-
write('>'),write(I),write('('),print(X),write(')').
portray(zip(I,X)) :-
write('^'),write(I),write('('),print(X),write(')').
portray(unzip(I,X)) :-
write('#'),write(I),write('('),print(X),write(')').
portray(unpack(I,X)) :-
write('@'),write(I),write('('),print(X),write(')').
portray(dom(X)) :-
write('{'),print(X),write('}').
portray(lambda(X,Y)) :- !,write('^'),write(X),write('.'),print(Y).
portray(appl(appl(appl(F,Z),Y),X)) :-
atom(F),
!,print(F),write('('),print(X),write(','),
print(Y),write(','),print(Z),write(')').
portray(appl(appl(F,Y),X)) :-
atom(F),
!,print(F),write('('),print(X),write(','),
print(Y),write(')').
portray(appl(X,Y)) :- !,print(X),write('('),print(Y),write(')').
portray(pair(X,Y)) :- !,write('<'),print(X),write(','),print(Y),write(' >').
portray(pi1(X)) :- !,write('pi1('),print(X),write(')').
portray(pi2(X)) :- !,write('pi2('),print(X),write(')').
portray(bool(X,Y,Z)) :- !,write('('),print(X),write(' '),write(Y),write(' '),print(Z),write(')').
portray(quant(Q,X,T)) :- !,write(Q),write(' '),write(X),write('['),print(T),write(']').
moot_message :- format('~nAnd so it begins...~2nHiya, boss.',[]), datime(datime(Y,M,D,H,_,_)), ( M = 12, D = 24 -> Old is Y-1972,format(' ~w years old. Happy birthday, oldtimer!',[Old]) ; true),( M = 8, D = 7 -> Old is Y-1997,format(' I''m ~w years old today. Happy birthday, me!',[Old]) ; true), ( Y = 2000, M = 1, D < 10 -> format(' See, no year 2000 problem here!',[]) ; true),( H < 10 -> format(' Working early today!',[]) ; H > 18 -> format(' Late debugging session?',[]) ; true),nl.
portray_list([]) :-
!,
format1('empty~n',[]).
portray_list([A]) :-
!,
format1('~p~n===~n',[A]).
portray_list([A|As]) :-
format1('~p~n',[A]),
portray_list(As).
portray_selection([],_) :-
nl.
portray_selection([X|Xs],Y) :-
( X == Y
->
format1('[~p]~n',[X])
;
format1(' ~p~n',[X])
),
portray_selection(Xs,Y).
print_sentences([]).
print_sentences([X|Xs]) :- print(X),write(' => s'),nl,
print_sentences(Xs).
portray_vertices([]) :-
!,
write('empty'),
nl.
portray_vertices([vertex(A,B,C)]) :-
!,
write(A),write(' ['),
portray_atoms(B),
write(']-'),
print(C),
nl,
write('==='),
nl.
portray_vertices([vertex(A,B,C)|As]) :-
write(A),write(' ['),
portray_atoms(B),
write(']-'),
print(C),
nl,
portray_vertices(As).
portray_atoms([]).
portray_atoms([A]) :-
!,
print(A).
portray_atoms([A|As]) :-
print(A),
nl,
tab(3),
portray_atoms(As).
my_numbervars([],Lab,Lab,Pos,Pos).
my_numbervars([vertex(_,As,_)|Rest],Lab0,Lab,Pos0,Pos) :-
my_numbervars1(As,Lab0,Lab1,Pos0,Pos1),
my_numbervars(Rest,Lab1,Lab,Pos1,Pos).
my_numbervars1([],Lab,Lab,Pos,Pos).
my_numbervars1([X|Xs],Lab0,Lab,Pos0,Pos) :-
my_numbervars2(X,Lab0,Lab1,Pos0,Pos1),
my_numbervars1(Xs,Lab1,Lab,Pos1,Pos).
my_numbervars2(neg(_,_,_,L,P0,P1),Lab0,Lab,Pos0,Pos) :-
numbervars(L,Lab0,Lab),
numbervars(P0,Pos0,Pos1),
numbervars(P1,Pos1,Pos).
my_numbervars2(pos(_,_,_,L,P0,P1),Lab0,Lab,Pos0,Pos) :-
numbervars(L,Lab0,Lab),
numbervars(P0,Pos0,Pos1),
numbervars(P1,Pos1,Pos).
my_numbervars2(neg(_,_,L,P0,P1),Lab0,Lab,Pos0,Pos) :-
numbervars(L,Lab0,Lab),
numbervars(P0,Pos0,Pos1),
numbervars(P1,Pos1,Pos).
my_numbervars2(pos(_,_,L,P0,P1),Lab0,Lab,Pos0,Pos) :-
numbervars(L,Lab0,Lab),
numbervars(P0,Pos0,Pos1),
numbervars(P1,Pos1,Pos).
write_ant(X) :- var(X),!,write(X).
write_ant(sp(I,X,Y)) :-
!,
write('('),write_ant(X),write(','),write_ant(Y),write(')'),print(I),write(' ').
write_ant(sdia(I,X)) :-
!,
write('<'),write_ant(X),write('>'),print(I),write(' ').
write_ant(Type) :-
print(Type).
is_string([]).
is_string([C|Cs]) :-
number(C),
is_string(Cs).
portray_examples :-
format('~61t~60|~n',[]),
format('=~t Examples ~t=~60|~n',[]),
format('~61t~60|~n',[]),
findall(S-F,example(S,F),List),
portray_examples(List).
portray_lexicon :-
findall(W,X^Y^lex(W,X,Y),Ws0),
sort(Ws0,Ws),
length(Ws,L0),
L is integer((L0/3)+1),
split_num(Ws,L,Lex1,Ws1),
split_num(Ws1,L,Lex2,Ws2),
split_num(Ws2,L,Lex3,[]),
format('~61t~60|~n',[]),
format('=~t Lexicon ~t=~60|~n',[]),
format('~61t~60|~2n',[]),
portray_lexicon(Lex1,Lex2,Lex3).
portray_lexicon([],[],[]).
portray_lexicon([X|Xs],[Y|Ys],[Z|Zs]) :-
format('~w~t~20|~w~t~40|~w~t~60|~n',[X,Y,Z]),
portray_lexicon(Xs,Ys,Zs).
split_num([],N0,Ys,[]) :-
( N0 > 0 ->
N is N0-1,
Ys = [''|Ys0],
split_num([],N,Ys0,[])
;
Ys=[]
).
split_num([X|Xs],N0,Ys,Zs) :-
( N0 =< 0 ->
Zs=[X|Xs],
Ys=[]
;
N is N0-1,
Ys=[X|Ys0],
split_num(Xs,N,Ys0,Zs)
).