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%% Prolog Short Essay Helper

%% Keep 1,2,3 in aphors
%% Certain number of reasons per paragraph
%% Explains essay structure at start
%% Exposition (negative terms not allowed, asks for 5 groups from text to take optionally enough notes about, which can revise) and critique
%% Paraphrasing
%% Converts x, explains x, asks about
%% Allows citation of aphor
%% Prints citations used so far
%% Prints chapter, essay and allows changes (using text editor) at end.
%% Outputs db file and br dicts for marking later

%% *** Rewrite essay files with e.g. 1a. before aphors not 1. so not confused with aphors

%% short_essay_helper("file.txt",5,E),writeln1(E).

:- include('distances.pl').
:- use_module(library(date)).
:- include('../listprologinterpreter/la_strings').

:- dynamic critique3/1.
:- dynamic agree_disagree/1.

string(String) --> list(String).

list([]) --> [].
list([L|Ls]) --> [L], list(Ls).

short_essay_helper(String01,Reasons_per_paragraph) :-
	retractall(critique3(_)),
	assertz(critique3([])),

	retractall(refs(_)),
	assertz(refs([])),

	%%phrase_from_file_s(string(String00), Filex),

	%%split_string(String00, "\n\r", "\n\r", [String01|_]),

	%%prepare_file_for_ml(String00,String02),
	
%%writeln1(String02),


	generate_file_name(File1,File2),

	Numbers=[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25],
	explain_structure(String01,Reasons_per_paragraph,File1),
	exposition(String00,String01,Reasons_per_paragraph,Numbers,String02,Exposition),

	concat_list(["Do you agree or disagree with \"",String01,"\" (a/d) ? "],String2ad),get_string(String2ad,either,one-not-ml,"","",String3ad),
	
	(String3ad="a"->
	(retractall(agree_disagree(_)),
	assertz(agree_disagree(agree)));
	(retractall(agree_disagree(_)),
	assertz(agree_disagree(disagree)))),


critique(String00,String01,Reasons_per_paragraph,Numbers,String02,Critique),

agree_disagree(Pole),

	concat_list(["What is the future area of research from your essay about \"",String01,"\"? "],Future_research_prompt),
	%%trace,
	get_string(Future_research_prompt,either,one-not-ml,"","",Future_research),
	
term_to_atom([Exposition,Critique,Future_research],File_contents),open_s(File1,write,Stream),write(Stream,File_contents),close(Stream),

%% Output essay
%%findall(_,(member(Exposition1,Exposition),Exposition1=

refs(R2),

%%writeln1([Exposition,Critique,Future_research,R2]),

write_essay(String01,Pole,Exposition,Critique,Future_research,R2,Essay,HTML),
writeln1(Essay),

	(open_s(File2,write,Stream1),
%%	string_codes(BrDict3),
	write(Stream1,HTML),
	close(Stream1))
	.

%% replace("a\nb","\n","<br>\n",F).
%% F="a<br>\nb<br>\n".

replace(A,Find,Replace,F) :- 	
	split_string(A,Find,Find,B),findall([C,Replace],(member(C,B)),D),maplist(append,[D],[E]),concat_list(E,F).

concat_list1(D,F) :-
	maplist(append,[D],[E]),concat_list(E,F).

write_essay(String01,Pole,Exposition,Critique,Future_research,R2,Essay,HTML) :-
	write_heading(String01,Heading),
	write_introduction(String01,Pole,Critique,Introduction),
	write_exposition(Exposition,Exposition2a),
	concat_list(["I will expose ",String01," in this half.  ",Exposition2a],Exposition2),
	%%string_concat(Exposition2,"\n",Exposition2a),
	write_critique(Critique,Critique2a),
	string_concat(Critique2a,"\n",Critique2b),
	atom_string(Pole,Pole1),
	concat_list(["I will ",Pole1," with ",String01," in this half.  ",Critique2b],Critique2),
	write_conclusion(String01,Pole,Critique,Future_research,Conclusion),
	write_references(R2,References,Refs_no_heading),
	concat_list([Heading,Introduction,Exposition2,Critique2,Conclusion,References],
	Essay),
	concat_list([Introduction,Exposition2,Critique2,Conclusion],
	Essay2),
	replace(Essay2,"\n","<br>",HTML1),
	replace(Refs_no_heading,"\n","<br>",Refs_no_heading2),
	concat_list(["<html><head><title>",String01,"</title></head><body><h1>",
	String01,"</h1>",HTML1,"<h2>Bibliography</h2>",Refs_no_heading2,"</body></html>"],HTML).
	
write_heading(String01,Heading) :-
	concat_list([String01,"\n","\n"],Heading).

write_introduction(String01,Pole1,Critique,Introduction) :-
	%% The heading should be in the form "Author's topic"
	atom_string(Pole1,Pole2),
	findall([Paragraph_topic_sentence,"  "],(member(A,Critique),A=[_,[Paragraph_topic_sentence|_]|_]),Paragraph_topic_sentences1),
	concat_list1(Paragraph_topic_sentences1,Paragraph_topic_sentences2),
	concat_list(["I will critically analyse ",String01,".  ",
	"I will ",Pole2," with ",String01,".  ",
	Paragraph_topic_sentences2,"\n\n"],Introduction).

write_conclusion(String01,Pole1,Critique,Future_research,Conclusion) :-
	atom_string(Pole1,Pole2),
	findall([Paragraph_topic_sentence,"  "],(member(A,Critique),A=[_,[Paragraph_topic_sentence|_]|_]),Paragraph_topic_sentences1),
	concat_list1(Paragraph_topic_sentences1,Paragraph_topic_sentences2),
	concat_list([
	Paragraph_topic_sentences2,
	"I have ",Pole2,"d with ",String01,".  ",
	Future_research,"\n\n"
	],Conclusion).

write_references(R2,References,Refs_no_head) :-
	findall([Reference,"\n"],member(Reference,R2),References1),
	concat_list1(References1,References2),
	concat_list([References2],Refs_no_head),
	concat_list(["Bibliography","\n\n",References2],References).

%%a1
%% write_exposition([[[1,"g1"]],[[1,1,_15410,_15416,"a1","a1 is in g1."],[1,2,_15352,_15358,"a2","g1 contains a2."]]],A),writeln1(A).
%% A = "a1  a1 is in g1.  a2  g1 contains a2.  ".

%% write_exposition([[[1,"g1"],[1,"g1"]],[[1,1,_15410,_15416,"a1","a1 is in g1."],[1,2,_15352,_15358,"a2","g1 contains a2."],[1,1,_15410,_15416,"a1","a1 is in g1."],[2,2,_15352,_15358,"a2","g1 contains a2."]]],A).
%% A = "a1  a1 is in g1.  a2  g1 contains a2.  a1  a1 is in g1.  a2  g1 contains a2.  ".

write_exposition(Exposition,Essay4b) :-
	Numbers=[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25],

Exposition=[_,Exposition2],


findall([Essay4c%%,"\n"
],(member(Numbera11,Numbers),


%% not "" with findall
findall(Essay4,(
%%member(Exposition1,Exposition),
%%Exposition1=[Numbera11,_Number3a,_String3,_String3a,String5a,String3y,_String3ay,String5a1,_CNumber2aa,_CNumber3aa,CString5a1a,_CNumber2a1,_CNumber3a1,_LastCStrings,String5aaa],
	
	
%%output_exposition(Numbera11,Exposition2,"",Essay1),
	
	%%findall( Essay4,(
	member(Exposition1,Exposition2),Exposition1=[Numbera11,_Number3a,_String3,_String3a,String5a,Group_link],
	concat_list([String5a,"  ",Group_link,"  "],Essay4)
	%%delete(Exposition,Exposition1,Exposition2)
	%%output_exposition(Numbera11,Exposition2,Essay4,Essay6)
),Essay4a),
concat_list(Essay4a,Essay4c1),%%trace,
(Essay4c1=""->Essay4c="";concat_list([Essay4c1,"\n"],Essay4c))

),Essay4d),

maplist(concat_list,Essay4d,Essay4f),
concat_list(Essay4f,Essay4b)
%%concat_list([Essay4e,"\n"],Essay4b)
%%concat_list([Essay1,"  ",Essay3],Essay2),
		%%concat_list([Essay2,"\n"],Essay23))
%%,Essay3a),
	%%concat_list(Essay3a,Essay4a)
.
%% *** HTML (<br> not \n)

%%%%%
%%a

%% write_critique([[1,["heading is e12",[1,1,_25346,_25352,"e1",_25370,_25376,"e12"],[1,2,_25412,_25418,"e2",_25436,_25442,"e22",1,1,"e12",0,0,"e22","e12 is e22"]]]],A),writeln1(A).
%% A = "heading is e12  e1  e12    e2  e22  e12 is e22  \n".

write_critique(Critique,Essay4):-
	Numbers=[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25],

findall(Essay23,(member(Numbera11,Numbers),

%% not "" with findall
%%findall(Essay22,(
member(Critique1,Critique),
%%Critique1=[Numbera11,_Number3a,_String3,_String3a,String5a,String3y,_String3ay,String5a1,_CNumber2aa,_CNumber3aa,CString5a1a,_CNumber2a1,_CNumber3a1,_LastCStrings,String5aaa],
	
Critique1=[Numbera11,[Para_topic_sent,[_Number2a,_Number3a,_String3,_String3a,String5a,_String3y,_String3ay,String5a1]|Critique2]],
	
concat_list([Para_topic_sent,"  ",String5a,"  ",String5a1,"  "],Essay0),output_critique(Numbera11,Critique2,String5a1,Essay0,Essay1),
	
		concat_list([Essay1,Para_topic_sent,"\n"],%%Essay22)

%%),
Essay23)),Essay3),
	concat_list(Essay3,Essay4)
.
%% *** HTML (<br> not \n)

output_critique(_Numbera11,[],_String5a1a,Essay,Essay) :- !.
output_critique(Numbera11,Critique,CString5a1a,Essay1,Essay2) :-
findall( Essay6,(member(Critique1,Critique),Critique1=[Numbera11,_Number3a,_String3,_String3a,String5a,String3y,_String3ay,String5a1,
_CNumber2aa,_CNumber3aa,CString5a1a,
	_CNumber2a1,_CNumber3a1,_LastCStrings,
	String5aaa],
	concat_list([String5a,"  ",String5a1,"  ",String5aaa,"  "],Essay4),
	delete(Critique,Critique1,Critique2),
	output_critique(Numbera11,Critique2,String5aaa,Essay4,Essay6)
),Essay33),
%%trace,
(Essay33=[]->concat_list([Essay1%%,"  "
],Essay2);%%(Essay33=[Essay3]->concat_list([Essay1,"  ",Essay3],Essay2);%%(Essay33=[Essay3|[E33]]-> concat_list([Essay1,"  ",Essay3,E33],Essay2);
(Essay33=[Essay3|E33], concat_list(E33,E34),concat_list([Essay1,%%"  ",
Essay3,E34],Essay2)))
%%)
%%)
.


/**critique(String00,String01,Reasons_per_paragraph,Numbers,Critique).
	**/
	
generate_file_name(File1,File2) :-
			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,".txt"],File1),
		concat_list(["file",Year,Month,Day,Hour1,Minute1,Seconda,".html"],File2).


explain_structure(String01,Reasons_per_paragraph,File1) :-
	concat_list(["The Short Essay Helper will you help structure and write your essay about \"",String01,"\" with ",Reasons_per_paragraph," reasons per paragraph.","\n",
	"The Helper will help write an exposition (which summarises but doesn't critique the idea), a critique (which agrees with or disagrees with the topic), the introduction and the conclusion (which state whether you agreed or disagreed with the topic, etc.).  Citations will be automatically made.","\n"],String1),
	writeln(String1).

exposition(String00,String01,Reasons_per_paragraph,Numbers,ML_db,Exposition1) :-
	length(List1,5), %% 5->1
	append(List1,_,Numbers),
	length(List2,Reasons_per_paragraph),
	append(List2,_,Numbers),

	%%string_codes(String001,String00),
	%%writeln(String001),
	findall([Number1,Exposition2],(
		%%trace,
member(Number1,List1),concat_list(["What is group ",Number1," of 5 in the exposition that groups ideas about \"",String01,"\"? "],String1),get_string(String1,either,one-not-ml,"","",%ML_db,
Exposition2)),Exposition3),

	findall([Number2,Number3,String3,String3a,String5a,String5],(
	member(Number2,List1),member(Number3,List2),get_item_n(Exposition3,Number2,[_,Item1]),
	%%trace,
	concat_list(["<Exposition Paragraph ",Number2," of 5 - \"",Item1,"\"> <Reason ",Number3," of ",Reasons_per_paragraph,">","\n","The Helper will ask you how the quote you are about to enter relates to the paragraph topic."],String2b),writeln(String2b),
	%%trace,
exposition2(Item1,ML_db,String3,String3a,String5a,String5)
	),Exposition4),
	Exposition1=[Exposition3,Exposition4].
	
exposition2(Item1,ML_db,String3,String3a,String5a,String5):-
	(%%concat_list(["What is the paragraph number of the quote about the paragraph topic \"",Item1,"\"? "],String2),get_number(String2,String3),
	%%concat_list(["What is the sentence number of the quote about the paragraph topic \"",Item1,"\"? "],String2a),get_number(String2a,String3a),
	%%member1a([String3,String3a,String3aa],ML_db),
	concat_list(["What is the paraphrased quote about the paragraph topic \"",Item1,"\"? "],String4a),get_string(String4a,either,one-not-ml-ref,"",String3aa,String5a),
	concat_list(["How does the quote you entered (\"",String5a,"\") relate to the paragraph topic \"",Item1,"\"? "],String4),
	%%trace,
	SepandPad="#@~%`$?-+*^,()|.:;=_/[]<>{}\n\r\s\t\\\"!'0123456789",downcase_atom(Item1,String41a),split_string(String41a, SepandPad, SepandPad, Item1a),
	
	get_string(String4,either,one-not-ml,Item1a,String3aa,String5))
	->true;exposition2(Item1,ML_db,String3,String3a,String5a,String5).

%% Agree or disagree

critique(String00,String01,Reasons_per_paragraph,Numbers,ML_db,Critique1) :-
	length(List1,5), %% 5->1
	append(List1,_,Numbers),
	length(List2,Reasons_per_paragraph),
	append(List2,_,Numbers),

	%%string_codes(String001,String00),
	%%writeln(String001),

	retractall(critique3(_)),
	assertz(critique3([])),


	findall([Number2a,Critique2],(
%% Reason 1

member(Number2a,List1),
%%List1=[Number2a|List1a],
List2=[Number3a|List2a],
%%trace,


critique_reason1(String01,Number2a,Number3a,Reasons_per_paragraph,ML_db,Critique3,Topic_paragraph_link),

critique_reasons_2_to_n(Number2a,List2a,Critique3,Reasons_per_paragraph,ML_db,Critique4),

	append_list2([[Topic_paragraph_link],Critique3,Critique4],Critique2)),Critique1).
	
	critique_reason1(String01,Number2a,Number3a,Reasons_per_paragraph,ML_db,Critique3,Topic_paragraph_link) :-

	%%member(Number2,List1),member(Number3,List2),
	%%get_item_n(Critique3,Number2a,[_,Item1]),
	%%trace,
	concat_list(["<Critique Paragraph ",Number2a," of 5> <Reason ",Number3a," of ",Reasons_per_paragraph,">","\n","The Helper will ask you for your comment on the quote you are about to enter."],String2b),writeln(String2b), 
	%% Later: connections

	%%trace,
critique2(String01,ML_db,String3,String3a,String5a,String3y,String3ay,String5a1,Topic_paragraph_link),
	%%),Critique4).
	Critique3=[[Number2a,Number3a,String3,String3a,String5a,String3y,String3ay,String5a1]].
	
critique2(String01,ML_db,String3,String3a,String5a,String3y,String3ay,String5a1,Topic_paragraph_link):-
	(%%concat_list(["What is the paragraph number of the quote to comment on? "],String2),get_number(String2,String3),
	%%concat_list(["What is the sentence number of the quote to comment on? "],String2a),get_number(String2a,String3a),
	%%member1a([String3,String3a,String3aa],ML_db),
	concat_list(["What is the paraphrased quote to comment on? "],String4a),get_string(String4a,either,one-not-ml-ref,"",String3aa,String5a),
	
	concat_list(["Is your comment from a quote (y/n)? "],String2yn),get_string(String2yn,either,one-not-ml,"","",String3yn),
	
	agree_disagree(Pole),

	(String3yn="y"->
	(%%concat_list(["What is the paragraph number of the comment? "],String2y),get_number(String2y,String3y),
	%%concat_list(["What is the sentence number of the comment? "],String2ay),get_number(String2ay,String3ay),
	%%trace,
	%%member1a([String3y,String3ay,String3aay],ML_db),
	
	%% use either original x or paraphrase
	
	concat_list(["What is the comment that is from the quote? "],String4ac),
	%%trace,
	get_string(String4ac,either,one-not-ml-ref,"",String3aay,String5a1)
		)
		
	;(String3y=0,String3ay=0,
	concat_list(["What is the comment? "],String4ac),get_string(String4ac,either,one-not-ml,"","",%%String5a,
	String5a1))),
	
	concat_list(["How does the comment \"",String5a1,"\" relate to the essay topic \"",String01,"\"? "],Topic_paragraph_link_prompt),
	%%trace,
	
	downcase_and_split(String5a1,String5a1ds),
	downcase_and_split(String01,String01ds),
	get_string(Topic_paragraph_link_prompt,either,one-not-ml,String5a1ds,String01ds,Topic_paragraph_link)
	

	/**
	%% conn - choose connected comments
	concat_list(["How does the quote you entered (\"",String5a,"\") relate to the paragraph topic \"",Item1,"\"? "],String4),
	%%trace,
	SepandPad="#@~%`$?-+*^,()|.:;=_/[]<>{}\n\r\s\t\\\"!'0123456789",downcase_atom(Item1,String41a),split_string(String41a, SepandPad, SepandPad, Item1a),
	
	get_string(String4,either,two,Item1a,String3aa,String5)
	**/
	)
	->true;critique2(ML_db,String3,String3a,String5a,String3y,String3ay,String5a1,Topic_paragraph_link).



critique_reasons_2_to_n(Number2a,List2a,Critique3,Reasons_per_paragraph,ML_db,Critique4) :-
	retractall(critique3(_)),
	assertz(critique3(Critique3)),
%%trace,
/**	critique3(Critique31),
	append(Critique31,Critique3,Critique32),
	retractall(critique3(_)),
	assertz(critique3(Critique32)),
**/
%%notrace,
findall([Number2a,Number3a,String3,String3a,String5a,String3y,String3ay,String5a1,
CNumber2aa,CNumber3aa,CString5a1a,
	CNumber2a1,CNumber3a1,LastCStrings,
	String5aaa],(
	%%member(Number2,List1a),
	member(Number3a,List2a),
	%%get_item_n(Critique3,Number2a,[_,Item1]),
	%%trace,
	concat_list(["<Critique Paragraph ",Number2a," of 5> <Reason ",Number3a," of ",Reasons_per_paragraph,">","\n","The Helper will ask you for your comment on the quote you are about to enter."],String2b),writeln(String2b), 
	%% Later: connections

	
	%%trace,
critique3(ML_db,%%Critique3,
String3,String3a,String5a,String3y,String3ay,String5a1,
CNumber2aa,CNumber3aa,CString5a1a,
	CNumber2a1,CNumber3a1,LastCStrings,
	String5aaa)
	

/**
	trace,
	critique3(Critique31),
	append(Critique31,[[String3,String3a,String5a,String3y,String3ay,String5a1]],Critique32),
	retractall(critique3(_)),
	assertz(critique3(Critique32))
**/

),
	Critique4).
	
	%%Critique3=[].
	
critique3(ML_db,%%Critique3,
String3,String3a,String5a,String3y,String3ay,String5a1,
CNumber2aa,CNumber3aa,CString5a1a,
	CNumber2a1,CNumber3a1,LastCStrings,
	String5aaa):-
	(%%concat_list(["What is the paragraph number of the quote to comment on? "],String2),get_number(String2,String3),
	%%concat_list(["What is the sentence number of the quote to comment on? "],String2a),get_number(String2a,String3a),
	%%member1a([String3,String3a,String3aa],ML_db),
	concat_list(["What is the paraphrased quote to comment on? "],String4a),get_string(String4a,either,one-not-ml-ref,"",String3aa,String5a),
	
	concat_list(["Is your comment from a quote (y/n)? "],String2yn),get_string(String2yn,either,one-not-ml,"","",String3yn),
	
	agree_disagree(Pole),

	(String3yn="y"->
	(%%concat_list(["What is the paragraph number of the comment? "],String2y),get_number(String2y,String3y),
	%%concat_list(["What is the sentence number of the comment? "],String2ay),get_number(String2ay,String3ay),
	%%trace,
	%%member1a([String3y,String3ay,String3aay],ML_db),
	
	%% use either original x or paraphrase x
	%%trace,
	concat_list(["What is the comment that is from the quote? "],String4ac),
	%%trace,
	get_string(String4ac,either,one-not-ml-ref,"",String3aay,String5a1)
	%%,trace
		)
		
	;(String3y=0,String3ay=0,
	concat_list(["What is the comment? "],String4ac),get_string(String4ac,either,one-not-ml,"","",%%String5a,
	String5a1))),
	%%*** assertz recurse not findall new critique3 x


	%%trace,
	critique3(Critique31),
	append(Critique31,[[0,0,String3,String3a,String5a,String3y,String3ay,String5a1]],Critique32),
	retractall(critique3(_)),
	assertz(critique3(Critique32)),

	critique3(Critique33),


((


	%%critique3(Critique3),
	length(Critique33,LCritique3),
	%%length(List1,LCritique3),
	numbers(LCritique3,1,[],List1),
	%%append(List1,_,Numbers),
	%%Numbers=[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25],
	%%trace,

findall([N," - ",CString5a1,"\n"],(member(N,List1),get_item_n(Critique33,N,[CNumber2a,CNumber3a,_CString3,_CString3a,_CString5a,_CString3y,_CString3ay,CString5a1])),CStrings1),

findall([N,CNumber2a,CNumber3a,CString5a1],(member(N,List1),get_item_n(Critique33,N,[CNumber2a,CNumber3a,_CString31,_CString3a1,_CString5a1,_CString3y1,_CString3ay1,CString5a1])),CStrings2),

%%trace,

%%CStrings=[CStrings1,CStrings2],
reverse(CStrings2,CStringsR),CStringsR=[[_,CNumber2a1,CNumber3a1,LastCStrings]|CStringsR1],
reverse(CStringsR1,CStringsRR),

reverse(CStrings1,CStringsR10),CStringsR10=[_|CStringsR11],
reverse(CStringsR11,CStringsRR1),

append_list2(CStringsRR1,CStrings11),
concat_list(CStrings11,CStrings12),
concat_list(["Please select a comment to connect the comment \"",LastCStrings,"\" to:","\n",CStrings12],ConnectionNumberPrompt),
get_number(ConnectionNumberPrompt,ConnectionNumber),

	member([ConnectionNumber,CNumber2aa,CNumber3aa,CString5a1a],CStringsRR),
	
		SepandPad="#@~%`$?-+*^,()|.:;=_/[]<>{}\n\r\s\t\\\"!'0123456789",downcase_atom(CString5a1a,CString5a1a1),split_string(CString5a1a1, SepandPad, SepandPad, CString5a1a2),
		
		%%CNumber2a1,CNumber3a1,
		downcase_atom(LastCStrings,LastCStrings_a),split_string(LastCStrings_a, SepandPad, SepandPad, LastCStrings_a1),
		

	%% conn - choose connected comments, this to a previous comment
	%%trace,
	
	concat_list(["How does \"",LastCStrings,"\" connect to \"",CString5a1a,"\"? "],ConnectionPrompt),

	get_string(ConnectionPrompt,either,one-not-ml,CString5a1a2,LastCStrings_a1,String5aaa))->true;(
	
	%% If the section since updating dynamic critique comments fails, prevent doubling of critique comments
	
		critique3(Critique311),
		reverse(Critique311,Critique312),
		Critique312=[_|Critique313],
		reverse(Critique313,Critique314),
	retractall(critique3(_)),
	assertz(critique3(Critique314)),fail

	))
	
/**		Critique4=[String3,String3a,String5a,String3y,String3ay,String5a1,
	CNumber2aa,CNumber3aa,CString5a1a,
	CNumber2a1,CNumber3a1,LastCStrings,
	String5aaa],
	**/
	/**
	critique3(Critique31),
	append(Critique31,[[String3,String3a,String5a,String3y,String3ay,String5a1]],Critique32),
	retractall(critique3(_)),
	assertz(critique3(Critique32))
**/

	)
	%% Retries the predicate if it fails
	->true;critique3(ML_db,%%Critique3,
	String3,String3a,String5a,String3y,String3ay,String5a1,
	CNumber2aa,CNumber3aa,CString5a1a,
	CNumber2a1,CNumber3a1,LastCStrings,
	String5aaa
	).
	
	
	
	
member1a([String3,String3a,String3aa],ML_db) :-
	member([String3,String3a,String3aa],ML_db),!.

	
get_item_n(Exposition,Number1,Item) :-
	Number2 is Number1-1,
	length(List,Number2),
	append(List,[Item|_],Exposition).

get_number(Prompt1,Number) :-
	%%concat_list(Prompt1,Prompt2),
	(%%repeat,
	writeln(Prompt1),read_string(user_input, "\n", "\r", _End, String),split_string(String, ",", " ", Value1),Value1=[Value2],number_string(Number,Value2)).
	
	
/**
get_string(Prompt1,String1) :-
	concat_list(Prompt1,Prompt2),
	(repeat,write(Prompt2),read_string(String1),not(String1="")).
**/	

equals_empty_list([]).

downcase_and_split(String1,	String2) :-
SepandPad="&#@~%`$?-+*^,()|.:;=_/[]<>{}\n\r\s\t\\\"!'0123456789",
	downcase_atom(String1,String3),split_string(String3, SepandPad, SepandPad, String2).

get_string(Prompt2,Flag1,Flag2,ML_db0,ML_db1,String2) :-
%%writeln1(get_string(Prompt2,Flag1,Flag2,ML_db1,String2)),
	%%concat_list(Prompt1,Prompt2),
		%%trace,
		SepandPad="&#@~%`$?-+*^,()|.:;=_/[]<>{}\n\r\s\t\\\"!'0123456789",
	%%(repeat,
	(Flag2=one-not-ml-ref->(concat_list(["Note: Enter in-text reference using AGPS, e.g.\n","The first work supports the second work (Surname 2000, pp. 18-9).\n","Surname (2000, pp. 18-9) states that ...\n","Remember to use words like \"also\", \"moreover\" and \"in addition\" before the sentence."],String_a1),writeln(String_a1));true),
	writeln(Prompt2),read_string(user_input, "\n", "\r", _End, String2aa),%%not(String2aa=""),
	%%String2aa=[String2aaa],
	downcase_atom(String2aa,String3),split_string(String3, SepandPad, SepandPad, String4),
	Neg_term_list=["no","not","don","t","shouldn","wouldn","disagree","differ","dislikes","disagrees","differs","dislikes","disagreed","differed","disliked","negative","negation","non","negate","negates","negated","but","however","isn","lack"],
	(Flag1=%%non_negative
	positive->(
	
	(findall(Item11,(
	
	member(Item1,String4),
		findall(Item1,(
member(Item2,Neg_term_list),(Item1=Item2->(write("Error: Contains the negative term \""),write(Item1),writeln("\".")))),Item11)),Item12)),

maplist(equals_empty_list,Item12)

);
	((Flag1=negative->((member(Item1,String4),member(Item1,Neg_term_list))->true;(writeln("Error: Contains no negative term, one of:"),writeln(Neg_term_list),fail));true)->true;Flag1=either)),
	(Flag2=one-not-ml->String2=String2aa;
	(Flag2=one-not-ml-ref->
	(refs(R1),writeln("What is the reference? e.g. Surname, A 2000, <i>Title: Subtitle</i>, Publisher, City.\n"),writeln("Existing references (copy one or many delimited with \"\\n\"):"), findall(_,(member(R11,R1),writeln(R11)),_),read_string(user_input, "\n", "\r", _End, String2r),not(String2r=""),%%downcase_atom(String2r,_String3r),
	String2=String2aa,split_string(String2r,"\n\r","\n\r",String2r3),
	%%trace,
	retractall(refs(_)),maplist(append,[[R1,String2r3]],[String2r21]),
	sort1(String2r21,String2r2),
	assertz(refs(String2r2))%%split_string(String3r, SepandPad, SepandPad, String4)
	);
(Flag2=one->(%%split_string(String4,SepandPad,SepandPad,String21),
	writeln("Attempt 1"),
	
	(length(String4,Length_string1),
(check_strings_container1(Length_string1,String4,[0,0,ML_db1],[[0,0,[xxx,xxx,xxx,xxx,xxx]],[0,0,ML_db1],[999,999,[]]],_,_List2)->
		writeln("Success");(writeln("Failed"),fail))
	%%(%%data_instance_k_classification1([[0,0,[xxx,xxx,xxx,xxx,xxx]],[0,0,ML_db1]%%,[999,999,[]]
	%%],[0,0,String4]%%21
	%%,1,String4a%%21
	%%),
	%%String4=String4a)
	%%)->
		%%(%%String4a=[_,_,String4a1],
		%%writeln([found,String4a,String4]),
%%writeln("Success"));
	%%(writeln("Failed"),fail)
	%%
	));
	(Flag2=%%[
	two,%%,P1,S1,P2,S2],
	%%trace,
	append([ML_db0],[ML_db1],ML_db2),
	check_strings(String4,ML_db2%%,P1,S1,P2,S2
	))))).
	

%% Sorts by first surname then title in AGPS

sort1(List1,List2) :-
	findall([C,B],(member(B,List1),downcase_atom(B,D),atom_string(D,C)),E),sort(E,F),findall(G,member([_,G],F),List2).


prepare_file_for_ml(String000,String021) :-
	string_codes(String001,String000),
	downcase_atom(String001,String00),
	split_string(String00, "\n\r", "\n\r", String01),
	delete(String01,"",String02),
	findall(String03,(member(String02a,String02),split_string(String02a,".",".",String04),
		((String04=[String05|String06],
		number_string(Number05,String05),
		number_sentences(Number05,1,String06,[],String03))->true;
		(findall(String08,
					(SepandPad="&#@~%`$?-+*^,()|.:;=_/[]<>{}\n\r\s\t\\\"!'0123456789",
			member(String04a,String04),split_string(String04a,SepandPad,SepandPad,String09),
			append_list([[""],"",String09],String08)),String03)))),String0211),
		append_list2(String0211,String021).
			
number_sentences(_,_,[],String,String) :- !.						number_sentences(Number_a,Number_b1,String06,String07,String08) :-
	String06=[String00|String12],

SepandPad="&#@~%`$?-+*^,()|.:;=_/[]<>{}\n\r\s\t\\\"!'0123456789",
		split_string(String00,SepandPad,SepandPad,String09),
		append_list([[Number_a],Number_b1,String09],String10),
		append(String07,[String10],String11),
		Number_b2 is Number_b1 + 1,
		number_sentences(Number_a,Number_b2,String12,String11,String08).
			

data_instance_k_classification1(Data,I,K,C):-
    maplist(o_oclass_disClass1(I),Data,DisAndClass),
    keysort(DisAndClass,DSorted),
    
    %%writeln(DSorted),
    
    length(TopK,K),
    append(TopK,_,DSorted),
    %This is not a very good way of selecting k as you may have many values with the same distance, and the sorting just cuts these off
    %Dsorted = [1-pos,3-pos,3-pos,3-neg,3-neg]
    %Topk =[1-pos,3-pos,3-pos]
    topk_vote(TopK,C).

o_oclass_disClass1(O,[A,B,O2],D-[A,B,O2]):-
   o_o_dis(O,O2,D).

%% could be in either order
%% a([w,z,a,b,e,c,z,y],[1,1,[c]],[1,2,[a]]).

%% true
%% a([a,c,b],[1,1,[a,d]],[1,2,[b]]).
%% a([a,c,b],[1,1,[a,c]],[1,2,[b]]).
%% a([a,b],[1,1,[a]],[1,2,[b]]).

%% false
%% a([c,d],[1,1,[a]],[1,2,[b]]).
 
%% q in "q a b" sends food like e in "c d e"

/**

[debug]  ?- a([q,e,r,a,t,y,u,q,e,r,a,t,y,u,c,b,x,v,n,m],[1,1,[c,a,t,y,u]],[1,2,[c,a,t,y,u]]).    [[1,1,[c,a,t,y,u]],[r,a,t,y,u]]
[[1,2,[c,a,t,y,u]],[r,a,t,y,u]]
true.

X:
[debug]  ?- a([q,e,r,a,t,y,u,c,b,x,v,n],[1,1,[c,a,t,y,u]],[1,2,[b,x,u]]).
[[1,1,[c,a,t,y,u]],[r,a,t,y,u]]
[[1,2,[b,x,u]],[c,b,x]]
true.

[debug]  ?- a([q,e,r,a,t,y,u,c,c,c,b,x,v,n],[1,1,[c,a,t,y,u]],[1,2,[b,x,v]]).                   [[1,1,[c,a,t,y,u]],[r,a,t,y,u]]
[[1,2,[b,x,v]],[c,c,c]]
true.

**/

check_strings(String1,ML_db) :-
	%%member([P1,S1,String2],ML_db),
	%%member([P2,S2,String3],ML_db),
	ML_db=[String2a,String3a],
%%writeln(["String1,String2a,String3a",String1,String2a,String3a]),
	String2=[0,0,String2a],
	String3=[0,0,String3a],
%%a(String1,String2,String3):-
	length(String1,Length_string1),
((writeln("Attempt 1"),
check_strings_container1(Length_string1,String1,String2,[[0,0,[xxx,xxx,xxx,xxx,xxx]],String2,[999,999,[]]],_,List2),
	length(List2,Length_list2),
	%%Length_list3 is Length_list2+1,
	%%writeln(here),
	check_strings_container1(Length_list2,List2,String3,[[0,0,[xxx,xxx,xxx,xxx,xxx]],String3,[999,999,[]]],_,_List3),
	writeln("Success")
	%%,trace
	)->true;
	(writeln("Failed"),
	writeln("Attempt 2"),
	((check_strings_container1(Length_string1,String1,String3,[[0,0,[xxx,xxx,xxx,xxx,xxx]],String3,[999,999,[]]],_,List2),
	length(List2,Length_list2),
	%%Length_list3 is Length_list2+1,
	%%writeln(here),

	check_strings_container1(Length_list2,List2,String2,[[0,0,[xxx,xxx,xxx,xxx,xxx]],String2,[999,999,[]]],_,_List3))->
		writeln("Success");(writeln("Failed"),fail)))
).

check_strings_container1(Length_string1,String1,String2,Db,List2,List2b) :-
check_strings1(Length_string1,String1,String2,Db,List2,List2b),not(var(List2b)).
%%check_strings_container2(Length_string1,Length_string3,List1,String2,Db,List2,List2b) :-
%%check_strings2(Length_string1,Length_string3,List1,String2,Db,List2,List2b),not(var(List2b)).


	%% finds the length of each string - from position 1 to (length of string1) of string1
	%% starts with the shortest possible string, then increases the length
	%% repeat this for second string
	%%string1
	
	%%*** check with s2,s3 in db
check_strings1(0,_String1,_String2,_Db,List2,List2) :- !.
check_strings1(Length_string1,String1,String2,Db,List2,List2b) :-
	%% finds the first str
	%%length(List,Index),
	length(List1,Length_string1),
	append(_,List1,String1),
	Length_string2 is Length_string1-1,
	Length_string3 is Length_string1+1,
	check_strings2(0,Length_string3,List1,String2,Db,List2,List2c),
	(var(List2c)->
	check_strings1(Length_string2,String1,String2,Db,List2c,List2b);List2c=List2b),!.

check_strings2(Length_string,Length_string,_String1,_String2,_Db,List2,List2) :- !.
check_strings2(Length_string1,Length_string3,List1,String2,Db,List2,List2b) :-
	
	
	%%split_string(String4,SepandPad,SepandPad,String21),
	
	%% go through s1, removing the first word each time, until v
	%%Length_string11 is Length_string1-1,
	length(List11,Length_string1),
	append(List11,List2,List1),
	Length_string2 is Length_string1+1,
	
%%writeln([list11,List11]),

	((%%trace,
	%%(List11=[z,a,b]->trace;true),
	%%writeln([[_,_,List11],String2]),
	%%notrace,
	not(List11=[]),

%%writeln(data_instance_k_classification1(Db
%%	,List11,1,A)),
	data_instance_k_classification1(Db
	%%String2
	,List11,1,A),
		%%writeln([string2,String2,list11,List11,a,A]),
A=String2,%%[_,_,List11],
	%%trace,
		
	%%((List11=[z,a,b],A=[_,_,[z,t,b]],not(String2=[_,_,[c,z]]))->trace;notrace),
	%%trace,
%%writeln([string2=list11,String2=List11]),
%%(List11=[y]->true%%trace
%%;true),
%%member(List11,Db),
	%%**String2=[_,_,List11]
	List2b=List2,%%,notrace
	String2=[_,_,String21]
	,writeln([found,String21,List11])
	)
	->(true
	%%,writeln(List11)
	);
	check_strings2(Length_string2,Length_string3,List1,String2,Db,_List2c,List2b)),!.

numbers(N2,N1,Numbers,Numbers) :-
	N2 is N1-1,!.
numbers(N2,N1,Numbers1,Numbers2) :-
	N3 is N1+1,
	append(Numbers1,[N1],Numbers3),
	numbers(N2,N3,Numbers3,Numbers2).