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grammar_logic_to_alg_mr.pl
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grammar_logic_to_alg_mr.pl
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/**
grammar_logic_to_alg.pl
e.g. I liked God with you
[liked,God],[God,you] with extra data
- connect liked to you with member, return words on path
POS
goes backwards x forwards
- I v n by v n x ignore
n,v
- single type
adjective
- ignored x (ignore names in alg)
- like v,n
joining words - ignore, just pairs v, n
- on
- joins v to n
- separates vns
negative terms
- switch to positive or ignore
disappearing words
- my
- no list of these, because they are ignored
vv is v1, v2 x v1
nn is n1
*
later: can randomly generate details like given sentence
**/
:-include('../Text-to-Breasonings/text_to_breasonings.pl').
:-include('../Text-to-Breasonings/truncate.pl').
:-include('../Music-Composer/mindreadtestmusiccomposer-unusual-mr-tree.pl').
:- dynamic brdict/1.
mt_t2b2:-
%Thread=
%[
phrase_from_file_s(string(Essay_0), %"lacom5million.txt"
"../../private/lacom0.5million.txt"
),
%Br is 5,
%Br is 5000000,
W is 0,
%grammar_logic_to_alg1(Essay_0,Br,GL_out1),
grammar_logic_to_alg113(Essay_0,GL_out1),
term_to_atom(GL_out1,GL_out2),
string_atom(GL_out,GL_out2),
texttobr2(u,u,GL_out,Br,false,false,false,false,false,false,W),
texttobr(u,u,GL_out,Br).%],
mt_t2b3:-mt_t2b2.
mt_t2b4:-mt_t2b2.
mt_t2b5:-mt_t2b2.
mt_t2b6:-mt_t2b2.
mt_t2b7:-mt_t2b2.
mt_t2b8:-mt_t2b2.
mt_t2b9:-mt_t2b2.
%trace,Thread.
mt_t2b :-
Goals=[mt_t2b2,mt_t2b3,mt_t2b4,mt_t2b5,mt_t2b6,mt_t2b7,mt_t2b8,mt_t2b9
],
length(Goals,L),
%time(mt_t2b2).
time(concurrent(L,Goals,[])).
grammar_logic_to_alg1(String1,N,Result) :-
%term_to_atom(String,Essay_01),
%string_atom(Essay_02,Essay_01),
%working_directory(_, '../'),
%(open_s("../Text-to-Breasonings/file.txt",write,Stream1),
%write(Stream1,String),
%close(Stream1)),!,
truncate1(string,String1,N,String),
%working_directory(_, 'algwriter/'),
grammar_logic_to_alg114(String,Result).
grammar_logic_to_alg1 :-
grammar_logic_to_alg11([Sentence1,List_a,List_a1,List_b1,List_bb,List_bb1,Cs1,Cs2]),
writeln1([*,Sentence1,a_alg(List_a)]),
writeln(List_a1),
writeln1([*,Sentence1,b_alg(List_a)]),
writeln(List_b1),
writeln1([*,Sentence1,bb_alg(List_bb)]),
writeln(List_bb1),
writeln1(Cs1),
writeln1(Cs2).
grammar_logic_to_alg112(Result) :-
grammar_logic_to_alg11(Result1),term_to_atom(Result1,Result).
grammar_logic_to_alg114(Text,Result) :-
grammar_logic_to_alg113(Text,Result1),term_to_atom(Result1,Result).
grammar_logic_to_alg11([Sentence1,List_a,List_a1,List_b1,List_bb,List_bb1,Cs1,Cs2]) :-
phrase_from_file_s(string(Text1), "../Text-to-Breasonings/file.txt"),
grammar_logic_to_alg113(Text1,[Sentence1,List_a,List_a1,List_b1,List_bb,List_bb1,Cs1,Cs2]).
grammar_logic_to_alg113(Text1,[Sentence1,List_a,List_a1,List_b1,List_bb,List_bb1,Cs1,Cs2]) :-
phrase_from_file_s(string(BrDict0), "../Text-to-Breasonings/brdict1.txt"),
splitfurther(BrDict0,BrDict01),
sort(BrDict01,BrDict012),
retractall(brdict(_)),
assertz(brdict(BrDict012)),
SepandPad=".\n",
split_string(Text1,SepandPad,SepandPad,Text2a),
delete(Text2a,"",Text2),
findall(B2,(member(B1,Text2),grammar_logic_to_alg(B1,B2)),C),
length(C,CLength),
writeln([CLength,sentences]),
C=[[[_,Sentence1,a_alg(List_a),_,bb_alg(List_bb)]|Cs1]|Cs2],
%%get_time(TS),stamp_date_time(TS,date(Year,Month,Day,Hour1,Minute1,Seconda,_A,_TZ,_False),local),
concat_list(["gla_del"],%%[Year,Month,Day,Hour1,Minute1,Seconda],
File1),
concat_list(["\"",File1,".txt\""],File2),
term_to_atom(List_a,List_a2),
string_atom(List_a3,List_a2),
concat_list(["swipl -G100g -T20g -L2g\n['../listprolog'].\nleash(-all),visible(+all),protocol(",File2,"),trace,interpret(off,[[n,function],[",List_a3,"]],[[[n,function],[[v,a]],\":-\",[[[n,length],[[v,a],0,1]]]],[[n,function],[[v,a]],\":-\",[[[n,head],[[v,a],[v,d]]],[[n,equals1],[[v,d],[[v,e],[v,f]]]],[[n,reverse],[[v,a],[],[v,a1]]],[[n,head],[[v,a1],[v,d1]]],[[n,equals1],[[v,d1],[[v,e1],[v,f1]]]],[[n,function2],[[v,a],[v,f],[v,f1]]]]],[[n,reverse],[[],[v,l],[v,l]]],[[n,reverse],[[v,l],[v,m],[v,n]],\":-\",[[[n,head],[[v,l],[v,h]]],[[n,tail],[[v,l],[v,t]]],[[n,wrap],[[v,h],[v,h1]]],[[n,append],[[v,h1],[v,m],[v,o]]],[[n,reverse],[[v,t],[v,o],[v,n]]]]],[[n,function2],[[v,a],[v,b],[v,f]],\":-\",[[[n,member2],[[v,a],[v,d]]],[[n,equals1],[[v,d],[[v,b],[v,f]]]]]],[[n,function2],[[v,a],[v,b],[v,c]],\":-\",[[[n,member2],[[v,a],[v,d]]],[[n,equals1],[[v,d],[[v,b],[v,f]]]],[[n,function2],[[v,d],[v,f],[v,c]]]]],[[n,length],[[],[v,l],[v,l]]],[[n,length],[[v,l],[v,m1],[v,n]],\":-\",[[[n,not],[[[n,=],[[v,l],[]]]]],[[n,tail],[[v,l],[v,t]]],[[n,+],[[v,m1],1,[v,m2]]],[[n,length],[[v,t],[v,m2],[v,n]]]]]],[[]]),notrace,noprotocol.\nhalt.\nswipl -G100g -T20g -L2g\n['../Text-to-Breasonings/text_to_breasonings.pl'].\ntime((N is 3,\nM is 16000,\ntexttobr2(N,",File2,",u,M),texttobr(N,",File2,",u,M))).\n['../texttobr2qb'].\ntexttobr2(3).\nhalt."],List_a1),
concat_list(["\n\nswipl -G100g -T20g -L2g\n['../listprolog'].\nleash(-all),visible(+all),protocol(",File2,"),trace,interpret(off,[[n,function],[",List_a3,",[v,b]]],[[[n,function],[[v,a],[v,b]],\":-\",[[[n,tail],[[v,a],[v,b]]]]]],_),notrace,noprotocol.\nhalt.\nswipl -G100g -T20g -L2g\n['../Text-to-Breasonings/text_to_breasonings.pl'].\ntime((N is 3,\nM is 16000,\ntexttobr2(N,",File2,",u,M),texttobr(N,",File2,",u,M))).\n['../texttobr2qb'].\ntexttobr2(3).\nhalt."],List_b1),
term_to_atom(List_bb,List_bb2),
string_atom(List_bb3,List_bb2),
concat_list(["swipl -G100g -T20g -L2g\n['../listprolog'].\nleash(-all),visible(+all),protocol(",File2,"),trace,interpret(off,[[n,function],[",List_bb3,"]],[[[n,function],[[v,a]],\":-\",[[[n,length],[[v,a],0,1]]]],[[n,function],[[v,a]],\":-\",[[[n,head],[[v,a],[v,d]]],[[n,equals1],[[v,d],[[v,e],[v,f]]]],[[n,reverse],[[v,a],[],[v,a1]]],[[n,head],[[v,a1],[v,d1]]],[[n,equals1],[[v,d1],[[v,e1],[v,f1]]]],[[n,function2],[[v,a],[v,f],[v,f1]]]]],[[n,reverse],[[],[v,l],[v,l]]],[[n,reverse],[[v,l],[v,m],[v,n]],\":-\",[[[n,head],[[v,l],[v,h]]],[[n,tail],[[v,l],[v,t]]],[[n,wrap],[[v,h],[v,h1]]],[[n,append],[[v,h1],[v,m],[v,o]]],[[n,reverse],[[v,t],[v,o],[v,n]]]]],[[n,function2],[[v,a],[v,b],[v,f]],\":-\",[[[n,member2],[[v,a],[v,d]]],[[n,equals1],[[v,d],[[v,b],[v,f]]]]]],[[n,function2],[[v,a],[v,b],[v,c]],\":-\",[[[n,member2],[[v,a],[v,d]]],[[n,equals1],[[v,d],[[v,b],[v,f]]]],[[n,function2],[[v,d],[v,f],[v,c]]]]],[[n,length],[[],[v,l],[v,l]]],[[n,length],[[v,l],[v,m1],[v,n]],\":-\",[[[n,not],[[[n,=],[[v,l],[]]]]],[[n,tail],[[v,l],[v,t]]],[[n,+],[[v,m1],1,[v,m2]]],[[n,length],[[v,t],[v,m2],[v,n]]]]]],[[]]),notrace,noprotocol.\nhalt.\nswipl -G100g -T20g -L2g\n['../Text-to-Breasonings/text_to_breasonings.pl'].\ntime((N is 3,\nM is 16000,\ntexttobr2(N,",File2,",u,M),texttobr(N,",File2,",u,M))).\n['../texttobr2qb'].\ntexttobr2(3).\nhalt."],List_bb1).
grammar_logic_to_alg(Sentence1,B) :- %% Not by multi-sentence algorithms, just by sentence
atom_string(Sentence0,Sentence1),
downcase_atom(Sentence0,Sentence01),
atom_string(Sentence01,Sentence02),
SepandPad="&#@~%`$?-+*^,()|.:;=_/[]<>{}\n\r\s\t\\\"!'0123456789",
Connectors=
["the","a","i","on","with","of","an","for","to",
"was","were","and","in","my","from","out","by"],
split_string(Sentence02,SepandPad,SepandPad,Sentence2),
subtract(Sentence2,Connectors,Sentence3),
%%length(Sentence3,Length),
%% () add generated data
%%write_commands(Length,[],Commands), %% sentence alg
generate_sentences(Sentence3,[],Sentence_a,1), %% detail sentences
append(Sentence3,Sentence_a,Sentence4),
findall([*,Sentence1,a_alg(Sentence5),b_alg(Sentence5,a),bb_alg(Sentence6)],(member(Sentence4a,Sentence4),make_lists(Sentence4a,[],Sentence5),Sentence5=[_|Sentence6]),B),!.
%% detail algs
generate_sentences(_Sentence3,Sentence_a,Sentence_a,0) :- !.
generate_sentences(Sentence3,Sentence_a1,Sentence_a2,N1) :-
random_member(Item,Sentence3),
generate_sentence(Item,Sentence_a3),
append(Sentence_a1,[Sentence_a3],Sentence_a4),
N2 is N1-1,
generate_sentences(Sentence3,Sentence_a4,Sentence_a2,N2).
%%write_commands(0,Commands,Commands) :- !.
%%write_commands(Length1,Commands1,Commands2) :-
%% Length2 is Length1-1.
%% append(Commands1,[[[n,member2],[[v,Length1],[v,Length2]]]).
%%[[n,equals1],[[v,Length2],[[v,a***],[v,b]]]]].
%%[a,b]
%%[c,d]
generate_sentence(Item,Sentence) :-
random_member(Grammar1,[[n,v,n],[n,v,a,n],[v,n],[v,a,n]]),
brdict(BrDict012),
find_pos(Item,POS,BrDict012),
substitute1(Item,POS,Grammar1,[],Grammar2),
substitute2(Grammar2,BrDict012,[],Sentence).
find_pos(Item,POS2,BrDict012) :-
member([Item,POS1],BrDict012),
POS1="right",
POS2=v,!.
find_pos(Item,POS2,BrDict012) :-
member([Item,POS1],BrDict012),
POS1="plus",
POS2=a,!.
find_pos(_Item,POS2,_BrDict012) :-
POS2=n.
substitute1(_Item,_POS,[],Grammar,Grammar) :- !.
substitute1(Item,POS,Grammar1,Grammar2,Grammar3) :-
Grammar1=[Grammar4|Grammar5],
Grammar4=POS,
append_list([Grammar2,Item],Grammar6),
append(Grammar6,Grammar5,Grammar3),!.
substitute1(Item,POS,Grammar1,Grammar2,Grammar3) :-
Grammar1=[Grammar4|Grammar5],
not(Grammar4=POS),
append_list([Grammar2,Grammar4],Grammar6),
substitute1(Item,POS,Grammar5,Grammar6,Grammar3),!.
substitute2([],_BrDict012,Sentence,Sentence) :- !.
substitute2(Grammar1,BrDict012,Sentence1,Sentence2) :-
Grammar1=[Grammar2|Grammar3],
Grammar2=n,
findall(A,(member([A,"box"],BrDict012)),B),
mind_read(Word,B),
append(Sentence1,[Word],Sentence3),
substitute2(Grammar3,BrDict012,Sentence3,Sentence2).
substitute2(Grammar1,BrDict012,Sentence1,Sentence2) :-
Grammar1=[Grammar2|Grammar3],
Grammar2=v,
findall(A,(member([A,"right"],BrDict012)),B),
mind_read(Word,B),
append(Sentence1,[Word],Sentence3),
substitute2(Grammar3,BrDict012,Sentence3,Sentence2).
substitute2(Grammar1,BrDict012,Sentence1,Sentence2) :-
Grammar1=[Grammar2|Grammar3],
Grammar2=a,
findall(A,(member([A,"plus"],BrDict012)),B),
mind_read(Word,B),
append(Sentence1,[Word],Sentence3),
substitute2(Grammar3,BrDict012,Sentence3,Sentence2).
substitute2(Grammar1,BrDict012,Sentence1,Sentence2) :-
Grammar1=[Grammar2|Grammar3],
append(Sentence1,[Grammar2],Sentence3),
substitute2(Grammar3,BrDict012,Sentence3,Sentence2).
make_lists(Sentence1,Sentence,Sentence) :-
Sentence1=[_Sentence2],
!.
make_lists(Sentence1,Sentence2,Sentence3) :-
Sentence1=[Sentence4|Sentence5],
Sentence5=[Sentence6|_Sentence7],
append(Sentence2,[[Sentence4,Sentence6]],Sentence8),
make_lists(Sentence5,Sentence8,Sentence3).