%% Load with ['../Text-to-Breasonings/text_to_breasonings.pl']. %% and ['texttoalg']. %% Run with texttoalg(u,u,u,u,true,true,true,true,true,true). %% or texttoalg(u,u,u,u,true,false,false,false,false,false). %% or texttoalg(8,u,u,2000,true,false,false,false,false,false). for PhD (16k words per algorithm) %% Important: See instructions for using texttobr.pl at https://lucianpedia.wikia.com/wiki/Instructions_for_Using_texttobr(2).pl . %% use_module(library(pio)). %% In la_strings %% use_module(library(dcg/basics)). %% In la_strings %% texttobr2 - converts file stream to dimensions of objects represented by the words %% has object name as separate field for new users of texttobr to verify breasonings by hand %% brdict1.txt contains word and object name, brdict2.txt contains object name and x, y and z %% texttobr2(Runs,File,StringtoBreason,BreasoningLimit). :- include('../Text-to-Breasonings/mergetexttobrdict.pl'). :- include('../listprologinterpreter/la_strings'). :- use_module(library(date)). %% Brth is true or false texttoalg(N1,Filex1,Stringx1,M1,Brth,Room,PartOfRoom,Direction,ObjectToPrepare,ObjectToFinish) :- ((number(N1),N=N1)->true; (N1=u,N=1)), ((Filex1=u,Filex="file.txt")->true; Filex=Filex1), ((number(M1),M=M1)->true; M=all), %% If m1 is undefined or all then m=all prep(List1,BrDict03,BrDict03t,Filex,Stringx1,M), term_to_atom(List1,List1A),atom_string(List1A,List1B),string_concat(List1B,"\n\n",List1C), br2(List1,BrDict03,BrDict2,BrDict03t,BrDict03t2,1,List1C,Shell2,N,M,Brth,Room,PartOfRoom,Direction,ObjectToPrepare,ObjectToFinish), sort(BrDict2,BrDict3), (BrDict03=BrDict3->true; (open_s("algdict1.txt",write,Stream), %% string_codes(BrDict3), term_to_atom(BrDict3,BrDict31), write(Stream,BrDict31), close(Stream))), sort(BrDict03t2,BrDict03t3), (BrDict03t=BrDict03t3->true; (open_s("algdict2.txt",write,Stream2), %% string_codes(BrDict3), term_to_atom(BrDict03t3,BrDict03t31), write(Stream2,BrDict03t31), close(Stream2))), get_time(TS),stamp_date_time(TS,date(Year,Month,Day,Hour1,Minute1,Seconda,_A,_TZ,_False),local), concat_list("file",[Year,Month,Day,Hour1,Minute1,Seconda],File1), concat_list(File1,[".txt"],File2), (open_s(File2,write,Stream1), %% string_codes(BrDict3), write(Stream1,Shell2), close(Stream1)), !. replace0(Input,Find,Replace,SepandPad,M,Output0) :- replace00(Input,Find,Replace,SepandPad,[],Output1), truncate(Output1,M,Output0),!. replace00([],_Find,_Replace,_SepandPad,Input,Input) :- !. replace00(Input1,Find,Replace,SepandPad,Input2,Input3) :- Input1=[Input4|Input5], string_codes(Input4,String1), replace1(String1,Find,Replace,[],Input7), string_codes(Output,Input7), split_string(Output,SepandPad,SepandPad,Input8), append(Input2,Input8,Input9), replace00(Input5,Find,Replace,SepandPad,Input9,Input3), !. replace1([],_Find,_Replace,Input,Input) :- !. replace1(Input1,Find,Replace,Input2,Input3) :- Input1=[Input4|Input5], member(Input4,Find), append(Input2,[Replace],Input6), replace1(Input5,Find,Replace,Input6,Input3), !. replace1(Input1,Find,Replace,Input2,Input3) :- Input1=[Input4|Input5], not(member(Input4,Find)), append(Input2,[Input4],Input6), replace1(Input5,Find,Replace,Input6,Input3), !. split_string_onnonletter(String00,List1) :- string_codes(String00,String1), split_string_onnonletter(String1,[],List0), string_codes(List0,List2), split_string(List2," "," ",List1),!. split_string_onnonletter([],Input,Input) :- !. split_string_onnonletter(Input1,Input2,Input3) :- Input1=[Input4|Input5], not(char_type(Input4,alpha)), append(Input2,[32],Input6), split_string_onnonletter(Input5,Input6,Input3), !. split_string_onnonletter(Input1,Input2,Input3) :- Input1=[Input4|Input5], char_type(Input4,alpha), append(Input2,[Input4],Input6), split_string_onnonletter(Input5,Input6,Input3), !. %% Truncates the list if m is not undefined and m is greater than or equal to the length of string0 truncate(List1,M,String0) :- ((number(M),length(String0,M), append(String0,_,List1))->true; String0=List1),!. prep(List,BrDict03,BrDict03t,Filex,Stringx1,M) :- phrase_from_file_s(string(BrDict0), "algdict1.txt"), %%Chars="’", SepandPad="&#@~%`$?-+*^,()|.:;=_/[]<>{}\n\r\s\t\\\"!'0123456789", %%split_string(BrDict0,SepandPad,SepandPad,BrDict01), %%writeln([brDict0,BrDict0]), %%writeln([brdict1]), string_atom(BrDict0,Atom),atom_to_term(Atom,BrDict01,_), %%splitfurther(BrDict0,BrDict01), %%writeln([brDict01,BrDict01]), %%char_code(Escape,27), %%delete(BrDict01,[Escape,_,_,_,_],BrDict021), %%writeln([brDict021,BrDict021]), %%char_code(Apostrophe,8217), %%delete(BrDict021,[Apostrophe,_,_,_,_],BrDict02), %%writeln([brDict02,BrDict02]), sort(BrDict01,BrDict03), %%writeln([brDict03,BrDict03]), length(BrDict03,Length0),write("Number of words in dictionary: "), writeln(Length0), %%writeln(''), %%writeln([brdict2]), phrase_from_file_s(string(BrDict0t), "algdict2.txt"), %%Chars="’", %%split_string(BrDict0,SepandPad,SepandPad,BrDict01), %%writeln([brDict0,BrDict0]), %% splitfurthert(BrDict0t,BrDict01t), string_atom(BrDict0t,Atom2),atom_to_term(Atom2,BrDict01t,_), %%writeln([brDict01,BrDict01]), %%delete(BrDict01t,[Escape,_,_,_,_],BrDict021t), %%writeln([brDict021,BrDict021]), %%delete(BrDict021t,[Apostrophe,_,_,_,_],BrDict02t), %%writeln([brDict02,BrDict02]), sort(BrDict01t,BrDict03t), %%writeln([brDict03,BrDict03]), length(BrDict03t,Length0t),write("Number of unique algorithms in dictionary: "), writeln(Length0t), ((Stringx1=u, phrase_from_file_s(string(String00), Filex))->true; String00=Stringx1), split_string(String00,SepandPad,SepandPad,List1), %%split_string_onnonletter(String00,List1), truncate(List1,M,List), /**replace0(String0,[8221, 8220], 34, SepandPad, M, String1), replace0(String1,[8216, 8217], 39, SepandPad, M, String2), replace0(String2,[8259, 8211, 8212], 45, SepandPad, M, String3), replace0(String3,[160], 32, SepandPad, M, List), **/ %%atom_codes(Atom999,String),writeln([atom999,Atom999]), %%writeln([list,List]), %%delete(List,Escape,List11), %%writeln([list11,List11]), %%delete(List11,Apostrophe,List1), %%writeln([list1,List1]), length(List,Length1),write("Number of words to breason out algorithms for in file: "), writeln(Length1), sort(List,List2), %%writeln([list2,List2]), length(List2,Length2),write("Number of unique words in file: "), writeln(Length2), ((Stringx1=u, %% Use file, not string as input. %%maplist(downcase_atom, List2, List3), maplist(string_lower, List2, List3), %%writeln([list3,List3]), towords3(BrDict03,[],BrDict04,[],_ObjectNames,[],AllUsedNames), towords2(BrDict03t,[],BrDict04t), %%writeln([brDict04,BrDict04]), subtract(List3,BrDict04,D1), %%writeln([list3,brDict04,d1,List3,BrDict04,D1]), %%writeln(["subtract(BrDict04,List3,D1).",List3,BrDict04,D1]), length(D1,Length01),Difference is abs(Length01),write("Number of words remaining to define: "), writeln(Difference), subtract(AllUsedNames,BrDict04t,D2), %%delete(D21,'',D2), length(D2,Length01t),Differencet is abs(Length01t),write("Number of undefined algorithms: "), writeln(Differencet), %% writeln([undefinedalgorithms,D2]), %% Print undefined algorithms %%delete(D31,'',D3), subtract(BrDict04t,AllUsedNames,D3), length(D3,Length01t2),Differencet2 is abs(Length01t2),write("Number of orphaned algorithms: "), writeln(Differencet2) %%,writeln([orphanedalgorithms,D3]) %% Print orphaned algorithms )->true;(string(Filex),writeln("Number of words, unique words, unique breathsonings, words remaining to define, undefined breasonings, orphaned breasonings, undefined breathsonings and orphaned breathsonings skipped for speed when breasoning out a string."))),!. br2(_,A,A,B,B,0,Shell,Shell,_N1,_M1,_Brth,_Room,_PartOfRoom,_Direction,_ObjectToPrepare,_ObjectToFinish) :- !. br2(List1,BrDict03,BrDict2,BrDict03t,BrDict03t2,N1,Shell1,Shell2,N11,M1,Brth,Room,PartOfRoom,Direction,ObjectToPrepare,ObjectToFinish) :- br(List1,BrDict03,BrDict21,BrDict03t,BrDict03t21,Shell1,Shell3,N11,M1,Brth,Room,PartOfRoom,Direction,ObjectToPrepare,ObjectToFinish), N2 is N1-1, br2(List1,BrDict21,BrDict2,BrDict03t21,BrDict03t2,N2,Shell3,Shell2,N11,M1,Brth,Room,PartOfRoom,Direction,ObjectToPrepare,ObjectToFinish),!. towords2([],A,A) :- !. towords2(BrDict03,A,B) :- BrDict03=[[Word,_,_,_]|Rest], %%atom_string(Atom,Word), append(A,[Word],C), towords2(Rest,C,B). towords2a([],A,A) :- !. towords2a(BrDict03,A,B) :- BrDict03=[[Word,_]|Rest], %%atom_string(Atom,Word), append(A,[Word],C), towords2a(Rest,C,B). towords3([],A,A,C,C,D,D) :- !. towords3(BrDict03,A,B,D,E,G,H) :- BrDict03=[[Word1,Word2]|Rest], (Word2=""->append(G,[Word1],I)->true; append(G,[Word2],I)), append(A,[Word1],C), append(D,[Word2],F), towords3(Rest,C,B,F,E,I,H). string(String) --> list(String). list([]) --> []. list([L|Ls]) --> [L], list(Ls). splitfurther(BrDict01,N) :- phrase(file0(N),BrDict01). file0(N) --> "[", file(N), "]", !. file0([]) --> []. %%file([]) --> []. file([L|Ls]) --> entry(L),",", %%{writeln(L)}, %%*** file(Ls), !. %% file(Ls),{M=[Ls]})), !. %%, {writeln(["l",L])},",", file(Ls), {writeln(["ls",Ls])},!. %%, {append(L,Ls,M)}, !. file([L]) --> entry(L), %%{writeln(L)}, !. %%(entry(L),{M=L});{M=[],(writeln("Warning - Entry in incorrect format.") %%,abort %%)}, !. entry([Word2,Word4]) --> "[", word(Word), {string_codes(Word2,Word),string(Word2)}, ",", word(Word3), {string_codes(Word4,Word3),string(Word4)}, "]". splitfurthert(BrDict01,N) :- phrase(file0t(N),BrDict01). file0t(N) --> "[", filet(N), "]", !. file0t([]) --> []. %%file([]) --> []. filet([L|Ls]) --> entryt(L),",", %%{writeln(L)}, %%*** filet(Ls), !. %% file(Ls),{M=[Ls]})), !. %%, {writeln(["l",L])},",", file(Ls), {writeln(["ls",Ls])},!. %%, {append(L,Ls,M)}, !. filet([L]) --> entryt(L), %%{writeln(L)}, !. %%(entry(L),{M=L});{M=[],(writeln("Warning - Entry in incorrect format.") %%,abort %%)}, !. entryt([Word2,X3,Y3,Z3]) --> "[", word(Word), {string_codes(Word2,Word),string(Word2)}, ",", digits(X),",",{atom_codes(X2,X),atom_number(X2,X3),number(X3)}, digits(Y),",",{atom_codes(Y2,Y),atom_number(Y2,Y3),number(Y3)}, digits(Z),{atom_codes(Z2,Z),atom_number(Z2,Z3),number(Z3)}, "]". word([X|Xs]) --> [X], {char_type(X,csymf)->true;(X=27->true;X=8217)}, word(Xs), !. %%word([X]) --> [X], {char_type(X,csymf);(X=27;X=8217)}, !. word([]) --> []. digits([X|Xs]) --> [X], {(char_type(X,digit)->true;(string_codes(Word2,[X]),Word2="."))}, digits(Xs), !. %%digits([X]) --> [X], {(char_type(X,digit);(string_codes(Word2,[X]),Word2="."))}, !. digits([]) --> []. br([],B,B,C,C,Shell,Shell,_N1,_M1,_Brth,_Room,_PartOfRoom,_Direction,_ObjectToPrepare,_ObjectToFinish) :- !. br([Word|Words],BrDict,BrDict2,BrDict4,BrDict5,Shell1,Shell2,N1,M1,Brth,Room,PartOfRoom,Direction,ObjectToPrepare,ObjectToFinish) :- downcase_atom(Word, Word2), atom_string(Word2,Word3), /**member([Word3,X,Y,Z],BrDict4) -> %% This feature is a bug because words in brdict2 shouldn't necessarily be the words in brdict1 %%(append(BrDict,[[Word3,""]],BrDict3), BrDict3t=BrDict4, %%br(Words,BrDict3,BrDict2,BrDict3t,BrDict5)) %%; %%(**/ %%(member([Word3,X,Y,Z],BrDict4) -> %% This feature is a bug because words in brdict1 should correspond to those in brdict2 %%(atom_concat("The breasoning for ", Word3, P1), %%atom_concat(P1, " is defined. Enter object name (without spaces), if different for ", Prompt)); %Prompt="Enter object name (without spaces), if different for "), %%writeln([word3,Word3]), (member([Word3,String4],BrDict)-> BrDict3=BrDict; ((repeat, write("Enter algorithm name (without spaces), if different for "), writeln(Word3),read_string(user_input, "\n", "\r", _End2, String2),split_string(String2, "", " ", String3),String3=[String4]), append(BrDict,[[Word3,String4]],BrDict3), texttobr(1,u,String4,1))), %%*brth(Word3,_Brth), (String4=""->String5=Word3;String5=String4), downcase_atom(String5, String52), atom_string(String52,String53), (member([String53,Query,Algorithm,Result],BrDict4)-> BrDict3t1=BrDict4; ((repeat, write("Enter specification, algorithm and result for "), writeln(String53),read_string(user_input, "\n", "\r", _End, String),term_to_atom(Values,String),%% ",", " ", Values), Values=(Query,Algorithm,Result),%%number_string(X,X1),number_string(Y,Y1),number_string(Z,Z1)), append(BrDict4,[[String53,Query,Algorithm,Result]],BrDict3t1)))->true;true), %%*brth(String53,_Brth2), %%write("br(\'"),write(Word3),writeln("\',)."), %% writeln([Word3,X,Y,Z]), %%write(' '), term_to_atom(Query,Query1), term_to_atom(Algorithm,Algorithm1), term_to_atom(Result,Result1), concat_list([Shell1,"swipl -G100g -T20g -L2g\n[listprolog].\nleash(-all),visible(+all),protocol(\"./file1.txt\"),trace,interpret(off,",Query1,",",Algorithm1,",",Result1,"),notrace,noprotocol.\nhalt.\nswipl -G100g -T20g -L2g\n['../Text-to-Breasonings/text_to_breasonings.pl'].\ntime((N = ",N1,",","M = ",M1,", texttobr2(N,\"file1.txt\",u,M,",Brth,",",Room,",",PartOfRoom,",",Direction,",",ObjectToPrepare,",",ObjectToFinish,"),texttobr(N,\"file1.txt\",u,M))).\nhalt.\n\n"],Shell3), br(Words,BrDict3,BrDict2,BrDict3t1,BrDict5,Shell3,Shell2,N1,M1,Brth,Room,PartOfRoom,Direction,ObjectToPrepare,ObjectToFinish). %%). brth(_,sweetinvincibleandprayedfor). %% finds unknown words, asks for their br in form "n of m: word", verify, (can go back x) append and sort, save