| % bag2phil.pl |
|
|
| % breasoning algorithm generator 2 to philosophy |
|
|
| % uses breasoning algorithm generator 2 to output the maximum number of philosophy paragraphs with 5 sentences. |
|
|
| % later: do this for combos of texts |
|
|
| %:-include('../listprologinterpreter/listprolog.pl'). |
| :-include('br_alg_gen2.pl'). |
| %:-dynamic spec/1. |
| /* |
| ?- bag2phil(100,2,Br),writeln(Br). |
| Enter number of input files: |
| |: 2 |
| Enter file 1 path: |
| |: ../Lucian-Academy/Books/IMMORTALITY/Immortality 1.txt |
| Enter file 2 path: |
| |: ../Lucian-Academy/Books/IMMORTALITY/Immortality 2.txt |
| */ |
| |
| bag2phil(Length,Twists,Br32) :- |
| repeat, |
| writeln("Enter number of input files:"), |
| read_string(user_input,"\n\r","\n\r",_,S1), |
| number_string(N,S1), |
| numbers(N,1,[],N1), |
| findall([T2,"\n",T3,"\n",T4,"\n"],(member(N2,N1),write("Enter file "),write(N2),writeln(" path:"),read_string(user_input,"\n\r","\n\r",_,S2), |
| |
| %open_s(S2,read,T1),read_term(T1,[T2,T3,_,T4]),close(S2) |
| |
| phrase_from_file_s(string(A),S2),term_to_atom([T2,T3,_,T4],A)%writeln(A1). |
| |
| ),T5), |
| |
| bag2phil2(Length,T5,Twists,Br32). |
| |
| bag2phil2(Length,T5,Twists,Br32) :- |
| |
| %trace, |
| flatten(T5,T6), |
| %findall([T61,". "],member(T61,T6),T62), |
| %flatten(T62,T63), |
| foldr(string_concat,T6,T7), |
| %open_s("../Text-to-Breasonings/file.txt",write,S3),write(S3,T7),close(S3), |
| %trace, |
| |
| repeat(Length,Twists,T7,Br32),!. |
| |
| repeat(_,0,T7,T7) :- !. |
| |
| repeat(Length,N,T7,Br33) :- |
| |
| br_alg_gen21(T7,Br00), |
| |
| |
| sort(Br00,Br0), |
| |
| % |
| |
| %Length2 is Length*1.1, |
| |
| random_permutation(Br0,Br000), |
| |
| |
| length(Br000,LL1), |
| (LL1>=Length-> |
| (length(Br,Length), |
| append(Br,_,Br000)); |
| Br=Br0 |
| ) |
| , |
| %*/ |
| |
| |
| findall(T63,(member(T61,Br),string_concat(T61,". ",T63)),T62), |
| %flatten(T62,Br11), |
| |
| length(T62,N3), |
| N4 is N3 div 5, |
| |
| N6 is 5*N4, |
| length(L,N6), |
| append(L,L2,T62), |
| |
| divide(1,L,5,[],Br2), |
| |
| N8 is N4+1, |
| append(Br2,[N8,". ",L2],Br3), |
| |
| flatten(Br3,Br31),foldr(string_concat,Br31,Br32), |
| |
| NN is N-1, |
| repeat(Length,NN,Br32,Br33), |
| !. |
| |
| |
| divide(_,[],_,Br2,Br2) :- !. |
| divide(N7,Br,N4,Br1,Br2) :- |
| length(L,N4),append(L,L2,Br), |
| append(Br1,[N7,". ",L,"\n"],Br3), |
| N8 is N7+1, |
| divide(N8,L2,N4,Br3,Br2). |
| |