analiza banku drzew zależnościowych

Wojciech Jaworski
1 parent d6fcfbc6
Showing 53 changed files with 9396 additions and 1241 deletions
LCGparser/ENIAM_LCGchart.ml
compile.sh
corpora/CONLL2.ml
corpora/data/OrdNumber.tab
corpora/data/OrdNumberCompound.tab
corpora/data/OrdNumberUnit.tab
corpora/data/both-correct.tab
corpora/data/brev.tab
corpora/data/coercions.tab
corpora/data/colours.tab
corpora/data/eniam-correct.tab
corpora/data/excluded.tab
corpora/data/letni.tab
corpora/data/lexicon.dic
corpora/data/mwe.tab
corpora/data/mwe2.tab
corpora/data/ne.tab
corpora/data/nkjp-correct.tab
corpora/data/ontology.dic
corpora/data/pair_patterns.tab
@@ -250,8 +250,9 @@ let is_dep_parsed = function
     [] -> false
   | [Bracket(false,false,Tensor[Atom "<conll_root>"]),_] -> true
   | [Bracket(false,false,Imp(Tensor[Atom("<conll_root>")],Forward,Maybe _)),sem]-> true
-  | [t,_] -> print_endline @@ ENIAM_LCGstringOf.grammar_symbol_prime t; failwith "is_dep_parsed"
-  | l -> failwith ("is_dep_parsed " ^ (String.concat " " @@ List.map (fun x -> ENIAM_LCGstringOf.grammar_symbol 0 @@ fst x) l))
+  | _ -> false
+  (* | [t,_] -> print_endline @@ ENIAM_LCGstringOf.grammar_symbol_prime t; failwith "is_dep_parsed"
+  | l -> failwith ("is_dep_parsed " ^ (String.concat " " @@ List.map (fun x -> ENIAM_LCGstringOf.grammar_symbol 0 @@ fst x) l)) *)
 (*  | l -> failwith ("is_dep_parsed " ^ (string_of_int @@ List.length l))
 *)
 let get_parsed_term chart =
 #!/bin/bash
  
-cd xt
-make clean
-sudo make install
-make clean
-cd ..
-
 cd tokenizer
 make clean
 sudo make install
@@ -45,6 +39,12 @@ sudo make install
 make clean
 cd ..
  
+cd xt
+make clean
+sudo make install
+make clean
+cd ..
+
 cd lexSemantics
 make clean
 sudo make install
+(*
+ *  ENIAMcorpora is a library that integrates ENIAM with corpora in CONLL format
+ *  Copyright (C) 2016 Daniel Oklesinski <oklesinski dot daniel atSPAMfree gmail dot com>
+ *  Copyright (C) 2016 Wojciech Jaworski <wjaworski atSPAMfree mimuw dot edu dot pl>
+ *  Copyright (C) 2016 Institute of Computer Science Polish Academy of Sciences
+ *
+ *  This library is free software: you can redistribute it and/or modify
+ *  it under the terms of the GNU Lesser General Public License as published by
+ *  the Free Software Foundation, either version 3 of the License, or
+ *  (at your option) any later version.
+ *
+ *  This library is distributed in the hope that it will be useful,
+ *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+ *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ *  GNU Lesser General Public License for more details.
+ *
+ *  You should have received a copy of the GNU Lesser General Public License
+ *  along with this program.  If not, see <http://www.gnu.org/licenses/>.
+ *)
+
+open Xstd
+open ENIAMsubsyntaxTypes
+open ENIAMtokenizerTypes
+
+exception Comment_line
+exception Empty_line
+exception Empty_sentence
+exception Sent_id of string
+exception Raw_text of string
+exception Orig of string
+exception Interval_id of int
+
+let load_token beg compound in_channel =
+  let n_token id orth beg lemma interp sl sem sp =
+    let sp = match sp with
+        "_" -> if compound > 0 then 0 else 100
+      | "SpaceAfter=No" -> 0
+      | _ -> failwith ("load_token sp: " ^ sp) in
+    let sem = match sem with
+        "_" -> ""
+      | _ -> sem in
+    let len = (Xlist.size (Xunicode.utf8_chars_of_utf8_string orth)) * 100 in
+    let next = beg+len+sp in
+    let id = try int_of_string id with _ ->
+      let len = match Xstring.split "-" id with
+          [a;b] -> (try int_of_string b - int_of_string a with _ -> failwith "load_token: interval id")
+        | _ -> failwith "load_token: interval id" in
+      raise (Interval_id len) in
+    let pos,tags = match ENIAMtokens.parse_postags interp with [x] -> x | _ -> failwith "n_token" in
+    {empty_token_env with orth = orth; beg=beg; len=len; next=next;
+      token = Lemma(lemma,pos,[tags])}, next, id, sl, sem in
+  let line = input_line in_channel in
+  if line = ""
+   then raise Empty_line
+   else if line.[0] = '#'
+     then
+       if Xstring.check_prefix "# sent_id = " line then
+         raise (Sent_id(Xstring.cut_prefix "# sent_id = " line)) else
+       if Xstring.check_prefix "# text = " line then
+         raise (Raw_text(Xstring.cut_prefix "# text = " line)) else
+       if Xstring.check_prefix "# orig_file_sentence = " line then
+         raise (Orig(Xstring.cut_prefix "# orig_file_sentence = " line)) else
+       raise Comment_line
+     else
+       match Xstring.split "\t" line with
+         [id; orth; lemma; ucat; interp; uinterp; super; label; "_"; sp] ->
+          let super = if super = "_" then 0 else try int_of_string super with _ -> failwith ("load_token super: " ^ super) in
+          n_token id orth beg lemma interp [super,label] "_" sp
+       | [id; orth; lemma; ucat; interp; uinterp; super; label; sl; sp; sem] ->
+          let sl = match sl with
+              "_:_" -> []
+            | _ -> Xlist.map (Xstring.split "|" sl) (fun s ->
+              match Xstring.split ":" s with
+                super :: l -> (try int_of_string super, String.concat ":" l with _ -> failwith ("load_token sl: " ^ sl))
+              | _ -> failwith ("load_token sl: " ^ sl)) in
+          n_token id orth beg lemma interp sl sem sp
+     | _ -> failwith ("load_token: " ^ line)
+
+let substract_next tokens = function
+    ((id,_,_) :: _) as rev_paths ->
+      let t = ExtArray.get tokens id in
+      ExtArray.set tokens id {t with next=t.next-100};
+      rev_paths
+  | _ -> failwith "substract_next"
+
+let load_sentence in_channel =
+  let tokens = ExtArray.make 100 empty_token_env in
+  let _ = ExtArray.add tokens {empty_token_env with token = Interp "<conll_root>"} in
+  let rec pom rev_paths next compound sent_id text orig =
+    try
+      let token, next, conll_id, sl, sem = load_token next compound in_channel in
+      let id_a = ExtArray.add tokens token in
+      if id_a <> conll_id then failwith "load_sentence: different ids" else
+      pom ((id_a,sl,sem) :: rev_paths) next (max 0 (compound-1)) sent_id text orig
+    with
+        Sent_id sent_id -> pom rev_paths next compound sent_id text orig
+      | Raw_text text -> pom rev_paths next compound sent_id text orig
+      | Orig orig -> pom rev_paths next compound sent_id text orig
+      | Comment_line -> failwith "load_sentence: Comment_line"
+      | Interval_id len -> (*print_endline line;*) pom rev_paths next len sent_id text orig
+      | Empty_line -> substract_next tokens rev_paths, sent_id, text, orig
+      | End_of_file -> if rev_paths = []
+          then raise End_of_file
+          else substract_next tokens rev_paths, sent_id, text, orig in
+  let rev_paths, sent_id, text, orig  = pom [] 100 0 "" "" "" in
+  {id = sent_id; beg = -1; len = -1; next = -1; file_prefix = ""; sentence = DepSentence[Array.of_list ((0,[],"") :: List.rev rev_paths)]}, text, orig, tokens
+(*  {s_id = id; s_text = ""; s_paths = (List.rev rev_paths)} *)
+
+let load_corpus in_channel =
+  let rec pom res =
+    try
+      let conll_sentence, text, orig, tokens = load_sentence in_channel in
+      pom ((conll_sentence, text, orig, tokens) :: res)
+    with End_of_file -> res
+    (*| e -> prerr_endline (Printexc.to_string e); res*) in
+  List.rev @@ pom []
+
+let substring a beg len =
+  String.concat "" (List.rev (Int.fold beg (beg+len-1) [] (fun l i ->
+    a.(i) :: l)))
+
+let verify_lengths corpus =
+  Xlist.iter corpus (fun (conll_sentence, text, orig, tokens) ->
+    let text = Array.of_list (Xunicode.utf8_chars_of_utf8_string text) in
+    Int.iter 1 (ExtArray.size tokens - 1) (fun i ->
+      let t = ExtArray.get tokens i in
+      let beg = t.beg/100 - 1 in
+      let len = t.len/100 in
+      let next = t.next/100 - 1 in
+      let s = substring text beg len in
+      if s <> t.orth then Printf.printf "%s: %s %s\n" conll_sentence.id s t.orth;
+      if beg + len = next then () else
+      if beg + len + 1 = next then
+        if substring text (next-1) 1 = " " then () else Printf.printf "%s: space problem\n" conll_sentence.id else
+      Printf.printf "%s: next problem\n" conll_sentence.id))
+
+let get_tagset corpus =
+  Xlist.fold corpus StringQMap.empty (fun qmap (conll_sentence, text, orig, tokens) ->
+    Int.fold 1 (ExtArray.size tokens - 1) qmap (fun qmap i ->
+      let t = ExtArray.get tokens i in
+      match t.token with
+        Lemma(lemma,cat,interp) -> StringQMap.add qmap (cat ^ ":" ^ ENIAMtokens.string_of_interps interp)
+      | _ -> failwith "get_tagset"))
+
+let numbers = StringSet.of_list ["sg";"pl"]
+let cases = StringSet.of_list ["nom";"gen";"dat";"acc";"inst";"loc";"voc"]
+let genders = StringSet.of_list ["m1";"m2";"m3";"n";"f"]
+let degrees = StringSet.of_list ["pos";"com";"sup"]
+
+let convert_n n =
+  if StringSet.mem numbers n then n else failwith ("convert_n: " ^ n)
+
+let convert_c c =
+  if StringSet.mem cases c then c else failwith ("convert_c: " ^ c)
+
+let convert_g = function
+    "n1" -> "n"
+  | "n2" -> "n"
+  | "p1" -> "m1"
+  | "p2" -> "n"
+  | g -> if StringSet.mem genders g then g else failwith ("convert_g: " ^ g)
+
+let convert_d d =
+  if StringSet.mem degrees d then d else failwith ("convert_d: " ^ d)
+
+let convert_tagset_token id = function
+    Lemma(lemma,"adj",[[[n];[c];[g];[d]]]) -> Lemma(lemma,"adj",[[[convert_n n];[convert_c c];[convert_g g];[convert_d d]]])
+  | Lemma(lemma,"adja",[[]]) as t -> t
+  | Lemma(lemma,"adjc",[[]]) as t -> t
+  | Lemma(lemma,"adjp",[[]]) as t -> t
+  | Lemma(lemma,"adv",[[]]) -> Lemma(lemma,"adv",[[["pos"]]])
+  | Lemma(lemma,"adv",[[[d]]]) -> Lemma(lemma,"adv",[[[convert_d d]]])
+  | Lemma(lemma,"aglt",_) as t -> t
+  | Lemma(lemma,"bedzie",_) as t -> t
+  | Lemma(lemma,"brev",_) as t -> t
+  | Lemma(lemma,"burk",[[]]) as t -> t
+  | Lemma(lemma,"burk",[_]) -> Lemma(lemma,"burk",[[]])
+  | Lemma(lemma,"comp",[[]]) as t -> t
+  | Lemma(lemma,"conj",[[]]) as t -> t
+  | Lemma(lemma,"depr",[[["pl"];["nom"];["m2"]]]) as t -> t
+  | Lemma(lemma,"depr",[[["pl"];["voc"];["m2"]]]) as t -> t
+  | Lemma(lemma,"depr",[[[n];[c];["m1"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["m1"]]])
+  | Lemma(lemma,"depr",[[[n];[c];["m2"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["m2"]]])
+  | Lemma(lemma,"depr",[[[n];[c];["m3"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["m3"]]])
+  | Lemma(lemma,"depr",[[[n];[c];["f"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["f"]]])
+  | Lemma(lemma,"dig",[[]]) as t -> t
+  | Lemma(lemma,"emo",[[]]) as t -> t
+  | Lemma(lemma,"fin",_) as t -> t
+  | Lemma(lemma,"ger",[[[n];[c];[g];[a];[neg]]]) -> Lemma(lemma,"ger",[[[convert_n n];[convert_c c];[convert_g g];[a];[neg]]])
+  | Lemma(lemma,"imps",_) as t -> t
+  | Lemma(lemma,"impt",_) as t -> t
+  | Lemma(lemma,"inf",_) as t -> t
+  | Lemma(lemma,"interj",[[]]) as t -> t
+  | Lemma(lemma,"interp",[[]]) as t -> t
+  | Lemma(lemma,"num",[[[n];[c];["m1"];[acm]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["m1"];[acm]]])
+  | Lemma(lemma,"num",[[[n];[c];["m2"];[acm]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["m2"];[acm]]])
+  | Lemma(lemma,"num",[[[n];[c];["m3"];[acm]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["m3"];[acm]]])
+  | Lemma(lemma,"num",[[[n];[c];["f"];[acm]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["f"];[acm]]])
+  | Lemma(lemma,"num",[[[n];[c];["n"];[acm];["col"]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["n"];[acm];["col"]]])
+  | Lemma(lemma,"num",[[[n];[c];["n"];[acm];["ncol"]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["n"];[acm];["ncol"]]])
+  | Lemma(lemma,"num",[[[n];[c];["n1"];[acm]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["n"];[acm];["col"]]])
+  | Lemma(lemma,"num",[[[n];[c];["n2"];[acm]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["n"];[acm];["ncol"]]])
+  | Lemma(lemma,"num",[[[n];[c];["p1"];[acm]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["m1"];[acm]]])
+  | Lemma(lemma,"num",[[[n];[c];["p2"];[acm]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["n"];[acm];["col";"ncol"]]])
+  | Lemma(lemma,"num",[[[n];[c];["m1"];[acm];[_]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["m1"];[acm]]])
+  | Lemma(lemma,"num",[[[n];[c];["m2"];[acm];[_]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["m2"];[acm]]])
+  | Lemma(lemma,"num",[[[n];[c];["m3"];[acm];[_]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["m3"];[acm]]])
+  | Lemma(lemma,"num",[[[n];[c];["f"];[acm];[_]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["f"];[acm]]])
+  | Lemma(lemma,"num",[[[n];[c];["n"];[acm]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["n"];[acm];["col";"ncol"]]])
+  | Lemma(lemma,"num",[[[n];[c];["m3"]]]) -> Lemma(lemma,"num",[[[convert_n n];[convert_c c];["m3"];["congr";"rec"]]])
+  | Lemma(lemma,"pact",[[[n];[c];[g];[a];[neg]]]) -> Lemma(lemma,"pact",[[[convert_n n];[convert_c c];[convert_g g];[a];[neg]]])
+  | Lemma(lemma,"pant",_) as t -> t
+  | Lemma(lemma,"pcon",_) as t -> t
+  | Lemma(lemma,"ppas",[[[n];[c];[g];[a];[neg]]]) -> Lemma(lemma,"ppas",[[[convert_n n];[convert_c c];[convert_g g];[a];[neg]]])
+  | Lemma(lemma,"ppron12",[[[n];[c];[g];[p]]]) -> Lemma(lemma,"ppron12",[[[convert_n n];[convert_c c];[convert_g g];[p]]])
+  | Lemma(lemma,"ppron12",[[[n];[c];[g];[p];[akc]]]) -> Lemma(lemma,"ppron12",[[[convert_n n];[convert_c c];[convert_g g];[p];[akc]]])
+  | Lemma(lemma,"ppron3",[[[n];[c];[g];[p];[akc];[praep]]]) -> Lemma(lemma,"ppron3",[[[convert_n n];[convert_c c];[convert_g g];[p];[akc];[praep]]])
+  | Lemma(lemma,"praet",[[[n];[g];[a]]]) -> Lemma(lemma,"praet",[[[convert_n n];[convert_g g];[a]]])
+  | Lemma(lemma,"praet",[[[n];[g];[a];[agl]]]) -> Lemma(lemma,"praet",[[[convert_n n];[convert_g g];[a];[agl]]])
+  | Lemma(lemma,"pred",[[]]) as t -> t
+  | Lemma(lemma,"prep",_) as t -> t
+  | Lemma(lemma,"qub",_) as t -> t
+  | Lemma(lemma,"romandig",[[]]) as t -> t
+  | Lemma(lemma,"siebie",_) as t -> t
+  | Lemma(lemma,"subst",[[[n];[c];["m1"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["m1"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["m2"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["m2"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["m3"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["m3"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["f"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["f"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["n"];["col"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["n"];["col"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["n"];["ncol"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["n"];["ncol"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["m1"];["pt"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["m1"];["pt"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["n"];["pt"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["n"];["pt"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["n1"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["n"];["col"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["n2"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["n"];["ncol"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["p1"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["m1"];["pt"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["p2"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["n"];["pt"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["m3"];[_]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["m3"]]])
+  | Lemma(lemma,"subst",[[[n];[c];["n"]]]) -> Lemma(lemma,"subst",[[[convert_n n];[convert_c c];["n"];["ncol"]]])
+  | Lemma(lemma,"winien",[[[n];[g];[a]]]) -> Lemma(lemma,"winien",[[[convert_n n];[convert_g g];[a]]])
+  | Lemma("Crimeboys" as lemma,"ign",[[]]) -> Lemma(lemma,"subst",[[["pl"];["nom"];["m1"]]])
+  | Lemma("109P4" as lemma,"ign",[[]]) -> Lemma(lemma,"subst",[[["sg"];["nom"];["m2"]]])
+  | Lemma("1a." as lemma,"ign",[[]]) -> Lemma(lemma,"list-item",[[]])
+  | Lemma("orfano" as lemma,"ign",[[]]) -> Lemma(lemma,"xxx",[[]])
+  | Lemma("650-91-58" as lemma,"ign",[[]]) -> Lemma(lemma,"phone-number",[[]])
+  | Lemma("654-66-91" as lemma,"ign",[[]]) -> Lemma(lemma,"phone-number",[[]])
+  | Lemma("U2" as lemma,"ign",[[]]) -> Lemma(lemma,"subst",[[["sg"];["gen"];["m1"]]])
+  | Lemma("Uudenkaupungin" as lemma,"ign",[[]]) -> Lemma(lemma,"subst",[[["sg"];["gen"];["m1"]]])
+  | Lemma("kaupunki" as lemma,"ign",[[]]) -> Lemma(lemma,"subst",[[["sg"];["gen"];["m1"]]])
+  | Lemma("AKP" as lemma,"ign",[[]]) -> Lemma(lemma,"subst",[[[""];[""];[""]]])
+  | Lemma("Beginning" as lemma,"ign",[[]]) -> Lemma(lemma,"xxx",[[]])
+  | Lemma("with" as lemma,"ign",[[]]) -> Lemma(lemma,"xxx",[[]])
+  | Lemma("my" as lemma,"ign",[[]]) -> Lemma(lemma,"xxx",[[]])
+  | Lemma("streets" as lemma,"ign",[[]]) -> Lemma(lemma,"xxx",[[]])
+  | t -> print_endline ("convert_tagset_token: " ^ id ^ " " ^ ENIAMtokens.string_of_token t);t
+
+let convert_tagset corpus =
+  Xlist.iter corpus (fun (conll_sentence, text, orig, tokens) ->
+    Int.iter 1 (ExtArray.size tokens - 1) (fun i ->
+      let t = ExtArray.get tokens i in
+      let token = convert_tagset_token conll_sentence.id t.token in
+      ExtArray.set tokens i {t with token=token}));
+  corpus
+
+(*let string_of_depencency = function
+    (* Lemma(lemma1,cat1,interp1),"punct",Lemma(lemma2,"interp",_) -> cat1 ^ " -> punct -> " ^ lemma2 ^ ":interp"
+  | Interp "<conll_root>","root",Lemma(lemma2,cat2,_) -> "<conll_root> -> root -> " ^ cat2 *)
+  | _,"nsubj",_ -> "nsubj"
+  | _,"amod",_ -> "amod"
+  | _,"root",_ -> "root"
+  | _,"punct",_ -> "punct"
+  | _,"advmod",_ -> "advmod"
+  | _,"expl:impers",_ -> "expl:impers"
+  | _,"mark",_ -> "mark" (* ??? *)
+  | _,"cc",_ -> "cc"
+  | _,"conj",_ -> "conj"
+  | _,"compound:aglt",_ -> "compound:aglt"
+  | _,"case",_ -> "case"
+  | _,"advcl",_ -> "advcl"
+  | _,"obj",_ -> "obj"
+  | _,"iobj",_ -> "iobj"
+  | _,"obl",_ -> "obl"
+  | _,"obl:arg",_ -> "obl:arg"
+  | _,"appos",_ -> "appos"
+  | _,"xcomp",_ -> "xcomp"
+  | _,"flat",_ -> "flat"
+  | _,"fixed",_ -> "fixed"
+  | _,"nmod",_ -> "nmod"
+  | _,"nmod:arg",_ -> "nmod:arg"
+  | _,"nummod",_ -> "nummod"
+  | _,"cop",_ -> "cop"
+  | _,"det",_ -> "det"
+  | _,"nsubj:pass",_ -> "nsubj:pass"
+  | _,"aux",_ -> "aux"
+  | _,"aux:pass",_ -> "aux:pass"
+  | _,"compound:cnd",_ -> "compound:cnd"
+  | _,"parataxis",_ -> "parataxis"
+  | _,"ccomp",_ -> "ccomp"
+  | _,"acl:relcl",_ -> "acl:relcl"
+  | _,"discourse:comment",_ -> "discourse:comment"
+  | _,"list",_ -> "list"
+  | _,"ccomp:obj",_ -> "ccomp:obj"
+  | _,"vocative",_ -> "vocative"
+  | _,"csubj",_ -> "csubj"
+  | _,"advmod:arg",_ -> "advmod:arg"
+  | _,"compound:imp",_ -> "compound:imp"
+  | _,"obl:comp",_ -> "obl:comp"
+  | _,"cc:preconj",_ -> "cc:preconj"
+  | _,"discourse:intj",_ -> "discourse:intj"
+  | _,"acl:attrib",_ -> "acl:attrib"
+  | _,"nmod:title",_ -> "nmod:title"
+  | _,"obl:agent",_ -> "obl:agent"
+  | _,"orphan",_ -> "orphan"
+  | _,"nmod:subj",_ -> "nmod:subj"
+  | _,"obl:pass",_ -> "obl:pass"
+  | _,"discourse:emo",_ -> "discourse:emo"
+  | (Lemma(lemma1,"subst",[[_] :: [c1] :: _]) as s),"case",(Lemma(lemma2,"prep",[[c2] :: _]) as t) ->
+      if c1 = c2 then "subst" ^ " -> case -> " ^ "prep" else ENIAMtokens.string_of_token s ^ " -> " ^ "case" ^ " -> " ^ ENIAMtokens.string_of_token t
+  | Lemma(lemma1,cat1,interp1),"case",Lemma(lemma2,"adv",interp2) -> cat1 ^ ":" ^ ENIAMtokens.string_of_interps interp1 ^ " -> case -> " ^ lemma2 ^ ":" ^ "adv" ^ ":" ^ ENIAMtokens.string_of_interps interp2
+  | Lemma(lemma1,cat1,interp1),label,Lemma(lemma2,cat2,interp2) ->
+      cat1 ^ ":" ^ ENIAMtokens.string_of_interps interp1 ^ " -> " ^ label ^ " -> " ^ cat2 ^ ":" ^ ENIAMtokens.string_of_interps interp2
+  | s,label,t -> ENIAMtokens.string_of_token s ^ " -> " ^ label ^ " -> " ^ ENIAMtokens.string_of_token t
+
+let list_dependencies corpus =
+  Xlist.fold corpus StringQMap.empty (fun qmap (conll_sentence, text, orig, tokens) ->
+    let a = match conll_sentence.sentence with
+        DepSentence[a] -> a
+      | _ -> failwith "list_dependencies" in
+    Int.fold 1 (Array.length a - 1) qmap (fun qmap i ->
+      let id,sl,sem = a.(i) in
+      Xlist.fold sl qmap (fun qmap (super,label) ->
+        let super_id,_,_ = a.(super) in
+        let t = ExtArray.get tokens id in
+        let s = ExtArray.get tokens super_id in
+        StringQMap.add qmap (string_of_depencency (s.token,label,t.token)))))*)
+
+type dep =
+  {id: int; tid: int; lemma: string; cat: string; interp: string list list list;
+   label: string; sem: string; sons: tree list; is_shared: bool}
+
+and tree =
+    Dep of dep
+  | Cluster of (string * string list list list) * dep * tree list (* nazwa frazy * komponenty * podrzędniki *)
+  | Coordination of string * string * tree list * tree list
+
+let empty_dep = {id=(-1); tid=(-1); lemma=""; cat=""; interp=[]; label=""; sem=""; sons=[]; is_shared=false}
+
+let string_of_sem sem =
+  if sem = "" then "" else "[" ^ sem ^ "]"
+
+let string_of_lci d =
+  let interp = ENIAMtokens.string_of_interps d.interp in
+  if interp = "" then Printf.sprintf "%s,%s" d.lemma d.cat
+  else Printf.sprintf "%s,%s:%s" d.lemma d.cat interp
+
+let string_of_phrase (phrase,interp) =
+  let interp = ENIAMtokens.string_of_interps interp in
+  if interp = "" then phrase
+  else Printf.sprintf "%s:%s" phrase interp
+
+let rec string_of_tree spaces = function
+    Dep d ->
+      if d.sons = [] then Printf.sprintf "%s%sDep(%d,%s,%s%s)" spaces (if d.is_shared then "Shared" else "") d.id (string_of_lci d) d.label (string_of_sem d.sem)
+      else Printf.sprintf "%s%sDep(%d,%s,%s%s,[\n%s])" spaces (if d.is_shared then "Shared" else "") d.id (string_of_lci d) d.label (string_of_sem d.sem)
+        (String.concat "\n" (Xlist.map d.sons (string_of_tree ("  " ^ spaces))))
+  | Cluster((phrase,interp),d,sons) ->
+      let dsons = if d.sons = [] then "" else
+        ",{\n" ^ String.concat "\n" (Xlist.map d.sons (string_of_tree ("  " ^ spaces))) ^ "}" in
+      let sons = if sons = [] then "" else
+        ",[\n" ^ String.concat "\n" (Xlist.map sons (string_of_tree ("  " ^ spaces))) ^ "]" in
+      Printf.sprintf "%s%sCluster(%d,%s,%s,%s%s%s%s)" spaces (if d.is_shared then "Shared" else "")
+        d.id (string_of_phrase (phrase,interp)) (string_of_lci d) d.label (string_of_sem d.sem) dsons sons
+  (* | PairDep(d,d2) ->
+      if d.sons = [] then Printf.sprintf "%s%sPairDep(%d,%s,%s%s,%s)" spaces (if d.is_shared then "Shared" else "") d.id (string_of_lci d) d.label (string_of_sem d.sem) (string_of_lci d2)
+      else Printf.sprintf "%s%sPairDep(%d,%s,%s%s,%s,[\n%s])" spaces (if d.is_shared then "Shared" else "") d.id (string_of_lci d) d.label (string_of_sem d.sem) (string_of_lci d2)
+        (String.concat "\n" (Xlist.map d.sons (string_of_tree ("  " ^ spaces)))) *)
+  | Coordination(label,sem,sons,[]) -> Printf.sprintf "%sCoordination(%s%s,[\n%s])" spaces label (string_of_sem sem)
+      (String.concat "\n" (Xlist.map sons (string_of_tree ("  " ^ spaces))))
+  | Coordination(label,sem,sons,coords) -> Printf.sprintf "%sCoordination(%s%s,[\n%s],[\n%s])" spaces label (string_of_sem sem)
+      (String.concat "\n" (Xlist.map sons (string_of_tree ("  " ^ spaces))))
+      (String.concat "\n" (Xlist.map coords (string_of_tree ("  " ^ spaces))))
+
+let rec get_tree_node_id = function
+    Dep d -> d.id
+  | Coordination(label,sem,sons,coord) -> get_tree_node_id (List.hd sons)
+  | _ -> failwith "get_tree_node_id"
+
+let sort_dependents l =
+  Xlist.sort l (fun x y -> compare (get_tree_node_id x) (get_tree_node_id y))
+
+let rec make_tree_rec tokens id tid label b sem sons =
+  let l = try IntMap.find sons id with Not_found -> [] in
+  let l = Xlist.fold l [] (fun l (id,tid,label,b,sem) ->
+    make_tree_rec tokens id tid label b sem sons :: l) in
+  let lemma,cat,interp = match (ExtArray.get tokens tid).token with
+      Lemma(lemma,cat,interp) -> lemma,cat,interp
+    | Interp s -> s,"interp",[[]]
+    | _ -> failwith "make_tree_rec" in
+  Dep{id=id; tid=tid; lemma=lemma; cat=cat; interp=interp; label=label; sem=sem; sons=l; is_shared=b}
+
+let clean_coord_deps = function
+    [] -> []
+  | [i,s] -> [i,s]
+  | [i1,"conj";i2,s2] -> [i1,"conj"]
+  | [i1,s1;i2,"conj"] -> [i2,"conj"]
+  | (i,s) :: l ->
+      if Xlist.fold l true (fun b (_,t) -> if t = s then b else false) then (i,s) :: l
+      else ((*print_endline ("clean_coord_deps: " ^ (String.concat " " (Xlist.map ((i,s) :: l) snd)));*) (i,s) :: l)
+
+let make_tree tokens a =
+  let sons = Int.fold 1 (Array.length a - 1) IntMap.empty (fun sons i ->
+    let tid,sl,sem = a.(i) in
+    let sl = clean_coord_deps sl in
+    let b = Xlist.size sl > 1 in
+    Xlist.fold sl sons (fun sons (super,label) ->
+      IntMap.add_inc sons super [i,tid,label,b,sem] (fun l -> (i,tid,label,b,sem) :: l))) in
+  make_tree_rec tokens 0 0 "" false "" sons
+
+let rec split_sons pat sel rev = function
+    (Dep d as t) :: l ->
+      if pat = d.label then split_sons pat (t :: sel) rev l
+      else split_sons pat sel (t :: rev) l
+  | t :: l -> split_sons pat sel (t :: rev) l
+  | [] -> sel,rev
+
+let extract_sons pat = function
+    Dep d ->
+      let sel,sons = split_sons pat [] [] d.sons in
+      sel,Dep{d with sons=sons}
+  | _ -> failwith "extract_sons"
+
+let get_label = function
+    Dep d -> d.label
+  | Coordination(label,sem,sons,coord) -> label
+  | _ -> failwith "get_label"
+
+let get_sorted_sons = function
+    Dep d ->
+      List.rev (Xlist.rev_map (sort_dependents d.sons) (fun t -> get_label t, t))
+  | _ -> failwith "get_sorted_sons"
+
+let set_sons sons = function
+    Dep d -> Dep{d with sons=sons}
+  | _ -> failwith "set_sons"
+
+let extract_cc l = [],l
+
+(*let extract_cc l =
+  let first,rest =
+    match sort_dependents l with
+      first :: rest -> first,rest
+    | _ -> failwith "extract_cc" in
+  let cc_preconj,first =
+    match get_sorted_sons first with
+      ("cc:preconj",t) :: l -> [t],set_sons (Xlist.map l snd) first
+    | ("punct",t1) ::  ("cc:preconj",t2) :: l -> [t1;t2],set_sons (Xlist.map l snd) first
+    (* | ("cc",t) :: l ->
+        print_endline (string_of_tree "" first);
+        failwith ("extract_cc: " ^ (String.concat " " (Xlist.map (("cc",t) :: l) fst))) *)
+    | ("punct",t) :: l ->
+        print_endline (string_of_tree "" first);
+        failwith ("extract_cc: " ^ (String.concat " " (Xlist.map (("punct",t) :: l) fst)))
+    | l -> [],first in
+  cc_preconj,  first :: rest*)
+
+
+(*let extract_cc l =
+  let first,middle,last =
+    match sort_dependents l with
+      [first;last] -> first,[],last
+    | first :: l ->
+        (match List.rev l with
+          last :: rev_middle -> first,List.rev rev_middle,last
+        | _ -> failwith "extract_cc")
+    | _ -> failwith "extract_cc" in
+  let cc_preconj,first = extract_sons "cc:preconj" first in
+  if Xlist.size cc_preconj > 1 then failwith "extract_cc: cc:preconj" else
+  let cc,last = extract_sons "cc" last in
+  let punct,last = extract_sons "punct" last in
+  if Xlist.size cc > 1 then failwith "extract_cc: cc" else
+  if Xlist.size punct > 1 then failwith "extract_cc: punct 1" else
+  let puncts,middle =
+    Xlist.fold middle ([],[]) (fun (puncts,middle) t ->
+      let punct,t = extract_sons "punct" t in
+      if Xlist.size punct > 1 then failwith "extract_cc: punct 2" else
+     punct @ puncts, t :: middle) in
+  sort_dependents (cc_preconj @ cc @ punct @ puncts),
+  [first] @ (List.rev middle) @ [last]*)
+
+let rec process_coordination = function
+    Dep d ->
+      let sons = Xlist.rev_map d.sons process_coordination in
+      let coord,sons = split_sons "conj" [] [] sons in
+      if coord = [] then Dep{d with sons=sons} else
+      let coord,sons = extract_cc (Dep{d with sons=sons} :: coord) in
+      Coordination(d.label,d.sem,sons,coord)
+  | _ -> failwith "process_coordination"
+
+(*let rec shift_case = function
+    Dep(id,tid,lci,label,sem,sons,is_shared) as t ->
+      let case,sons = split_sons "case" [] [] sons in
+      (match case with
+        [] -> Dep(id,tid,lci,label,sem,Xlist.rev_map sons shift_case,is_shared)
+      | [Dep(id2,tid2,lci2,label2,sem2,sons2,is_shared2)] ->
+          Dep(id2,tid2,lci2,label,sem,Dep(id,tid,lci,"rev_case",sem2,Xlist.rev_map sons shift_case,is_shared2) :: sons2,is_shared)
+      | [Dep(id2,tid2,lci2,label2,sem2,sons2,is_shared2);t2] ->
+          Dep(id2,tid2,lci2,label,sem,Dep(id,tid,lci,"rev_case",sem2,Xlist.rev_map (t2 :: sons) shift_case,is_shared2) :: sons2,is_shared)
+      | _ -> print_endline (string_of_tree "" t); failwith "shift_case")
+  | Coordination(label,sem,sons,coords) -> Coordination(label,sem,Xlist.rev_map sons shift_case,coords)
+
+let rec shift_nummod = function
+    Dep(id,tid,lci,label,sem,sons,is_shared) as t ->
+      let nummod,sons = split_sons "nummod" [] [] sons in
+      (match nummod with
+        [] -> Dep(id,tid,lci,label,sem,Xlist.rev_map sons shift_nummod,is_shared)
+      | [Dep(id2,tid2,lci2,label2,sem2,sons2,is_shared2)] ->
+          Dep(id2,tid2,lci2,label,sem,Dep(id,tid,lci,"rev_nummod",sem2,Xlist.rev_map sons shift_nummod,is_shared2) :: sons2,is_shared)
+      | _ -> print_endline (string_of_tree "" t); failwith "shift_nummod")
+  | Coordination(label,sem,sons,coords) -> Coordination(label,sem,Xlist.rev_map sons shift_nummod,coords)
+
+let rec shift_mark = function
+    Dep(id,tid,lci,label,sem,sons,is_shared) as t ->
+      let mark,sons = split_sons "mark" [] [] sons in
+      (match sort_dependents mark with
+        [] -> Dep(id,tid,lci,label,sem,Xlist.rev_map sons shift_mark,is_shared)
+      | [Dep(id2,tid2,lci2,label2,sem2,sons2,is_shared2)] ->
+          Dep(id2,tid2,lci2,label,sem,Dep(id,tid,lci,"rev_mark",sem2,Xlist.rev_map sons shift_mark,is_shared2) :: sons2,is_shared)
+      | [Dep(id2,tid2,lci2,label2,sem2,sons2,is_shared2);t2] ->
+          Dep(id2,tid2,lci2,label,sem,Dep(id,tid,lci,"rev_mark",sem2,Xlist.rev_map (t2 :: sons) shift_mark,is_shared2) :: sons2,is_shared)
+      (* | [Dep(_,_,(lem,_,_),_,_,_,_);Dep(_,_,(lem2,_,_),_,_,_,_)] -> print_endline (string_of_tree "" t); failwith ("shift_mark: " ^ lem ^ " " ^ lem2) *)
+      | _ -> print_endline (string_of_tree "" t); failwith "shift_mark")
+  | Coordination(label,sem,sons,coords) -> Coordination(label,sem,Xlist.rev_map sons shift_mark,coords)
+
+let rec shift_cop = function
+    Dep(id,tid,lci,label,sem,sons,is_shared) as t ->
+      let cop,sons = split_sons "cop" [] [] sons in
+      (match cop with
+        [] -> Dep(id,tid,lci,label,sem,Xlist.rev_map sons shift_cop,is_shared)
+      | [Dep(id2,tid2,lci2,label2,sem2,sons2,is_shared2)] ->
+          Dep(id2,tid2,lci2,label,sem,Dep(id,tid,lci,"rev_cop",sem2,Xlist.rev_map sons shift_cop,is_shared2) :: sons2,is_shared)
+      | [Dep(id2,tid2,lci2,label2,sem2,sons2,is_shared2);t2] ->
+          Dep(id2,tid2,lci2,label,sem,Dep(id,tid,lci,"rev_cop",sem2,Xlist.rev_map (t2 :: sons) shift_cop,is_shared2) :: sons2,is_shared)
+      | _ -> print_endline (string_of_tree "" t); failwith "shift_cop")
+  | Coordination(label,sem,sons,coords) -> Coordination(label,sem,Xlist.rev_map sons shift_cop,coords)
+
+let rec shift_aux_pass = function
+    Dep(id,tid,lci,label,sem,sons,is_shared) as t ->
+      let aux_pass,sons = split_sons "aux:pass" [] [] sons in
+      (match aux_pass with
+        [] -> Dep(id,tid,lci,label,sem,Xlist.rev_map sons shift_aux_pass,is_shared)
+      | [Dep(id2,tid2,lci2,label2,sem2,sons2,is_shared2)] ->
+          Dep(id2,tid2,lci2,label,sem2,Dep(id,tid,lci,"rev_aux:pass",sem,Xlist.rev_map sons shift_aux_pass,is_shared2) :: sons2,is_shared)
+      | _ -> print_endline (string_of_tree "" t); failwith "shift_aux_pass")
+  | Coordination(label,sem,sons,coords) -> Coordination(label,sem,Xlist.rev_map sons shift_aux_pass,coords)*)
+
+let make_trees corpus =
+  Xlist.rev_map corpus (fun (conll_sentence, text, orig, tokens) ->
+    (* try *)
+    let a = match conll_sentence.sentence with
+        DepSentence[a] -> a
+      | _ -> failwith "list_dependencies" in
+    let tree = make_tree tokens a in
+    let tree = process_coordination tree in
+(*    let tree = shift_case tree in
+    let tree = shift_nummod tree in
+    let tree = shift_mark tree in
+    let tree = shift_cop tree in
+    let tree = shift_aux_pass tree in*)
+    (* print_endline conll_sentence.id;
+    print_endline text;
+    print_endline (string_of_tree "" tree); *)
+    conll_sentence.id,text,tree,tokens
+    (*with e -> (print_endline (Printexc.to_string e);
+    print_endline conll_sentence.id;
+    print_endline text;
+    (* print_endline (string_of_tree "" tree); *)
+    ())*))
+
+let rec flatten_coordination is_coord ulabel usem = function
+    Dep d ->
+      if ulabel = "" then [is_coord,Dep d] else [is_coord,Dep{d with label=ulabel;sem=usem}]
+  | Coordination(label,sem,sons,coords) ->
+      if ulabel = "" then List.flatten (Xlist.rev_map sons (flatten_coordination true label sem))
+      else List.flatten (Xlist.rev_map sons (flatten_coordination true ulabel usem))
+  | _ -> failwith "flatten_coordination"
+
+let string_of_dependency2 is_coord (lemma1,cat1,interp1) label sem (lemma2,cat2,interp2) =
+  (if is_coord then "COORD " else "") ^
+  lemma1 ^ ":" ^ cat1 ^ ":" ^ ENIAMtokens.string_of_interps interp1 ^
+  " -> " ^ label ^ (if sem = "" then "" else "["^sem^"]") ^ " -> "
+  (*^ lemma2 ^ ":"*) ^ cat2 ^ ":" ^ ENIAMtokens.string_of_interps interp2
+
+type sel = Any | Value of string list | Agr of string
+type coord = Coord | Gen
+type pattern =
+    PatternNode of sel * sel * sel list (* (sel * pattern) list *)
+  | PatternPhrase of sel * sel list
+  | PatternEdge of pattern * sel * pattern
+
+let phrase_names = StringSet.of_list ["np";"adjp";"ip";"infp";"pp";"comprep";"sent";"cp";"conjp"]
+
+let raw_patterns = File.load_lines "data/patterns.tab"
+let raw_pair_patterns = File.load_lines "data/pair_patterns.tab"
+
+let is_phrase = function
+    Value[a] :: _ -> StringSet.mem phrase_names a
+  | _ -> false
+
+let parse_pattern2 s a =
+  let l = Xlist.map (Xstring.split ":" a) (function
+      "_" -> Any
+    | "$l" -> Agr "l"
+    | "$n" -> Agr "n"
+    | "$c" -> Agr "c"
+    | "$g" -> Agr "g"
+    | "$p" -> Agr "p"
+    | "." -> Value ["."]
+    | t -> Value(Xstring.split "\\." t)) in
+  if l = [] then failwith ("parse_pattern2: " ^ s) else
+  if is_phrase l then
+    match l with
+      phrase :: interp -> PatternPhrase(phrase,interp)
+    | _ -> failwith ("parse_pattern2: " ^ s)
+  else
+    match l with
+      lemma :: cat :: interp -> PatternNode(lemma,cat,interp)
+    | _ -> failwith ("parse_pattern2: " ^ s)
+
+let parse_phrase s =
+  match parse_pattern2 s s with
+    PatternPhrase(Value [phrase],interp) -> phrase,interp
+  | _ -> failwith "parse_phrase"
+
+let parse_pattern s =
+  if s = "" then [] else
+  if String.get s 0 = '#' then [] else
+  match Xstring.split " " s with
+    [a;"->";"_";"->";b] -> [Gen,s,parse_pattern2 s a,Any,parse_pattern2 s b]
+  | [a;"->";label;"->";b] -> [Gen,s,parse_pattern2 s a,Value [label],parse_pattern2 s b]
+  | [a;"->";label;"->";"[";b1;"->";label_b;"->";b2;"]"] -> [Gen,s,parse_pattern2 s a,Value [label],PatternEdge(parse_pattern2 s b1,Value [label_b],parse_pattern2 s b2)]
+  | [a;"->";label;"->";"[";b;"->";label_b1;"->";b1;"|";label_b2;"->";b2;"]"] ->
+       [Gen,s,parse_pattern2 s a,Value [label],PatternEdge(PatternEdge(parse_pattern2 s b,Value [label_b1],parse_pattern2 s b1),Value [label_b2],parse_pattern2 s b2)]
+  | ["[";a1;"->";label_a;"->";a2;"]";"->";label;"->";b] -> [Gen,s,PatternEdge(parse_pattern2 s a1,Value [label_a],parse_pattern2 s a2),Value [label],parse_pattern2 s b]
+  | ["COORD";a;"->";"_";"->";b] -> [Coord,s,parse_pattern2 s a,Any,parse_pattern2 s b]
+  | ["COORD";a;"->";label;"->";b] -> [Coord,s,parse_pattern2 s a,Value [label],parse_pattern2 s b]
+  | ["COORD";a;"->";label;"->";"[";b1;"->";label_b;"->";b2;"]"] -> [Coord,s,parse_pattern2 s a,Value [label],PatternEdge(parse_pattern2 s b1,Value [label_b],parse_pattern2 s b2)]
+  | _ -> failwith ("parse_pattern: " ^ s)
+
+let parse_pair_pattern s =
+  if s = "" then [] else
+  if String.get s 0 = '#' then [] else
+  match Xstring.split "\t" s with
+    [phrase;pat] ->
+      let phrase,interp = parse_phrase phrase in
+      (match parse_pattern pat with
+        [coord,s,p1,plabel,p2] -> [(phrase,interp),coord,s,p1,plabel,p2]
+      | _ -> failwith ("parse_pair_pattern 1: " ^ s))
+  | _ -> failwith ("parse_pair_pattern 2: " ^ s)
+
+let patterns = List.flatten (Xlist.rev_map raw_patterns parse_pattern)
+let pair_patterns = List.flatten (Xlist.rev_map raw_pair_patterns parse_pair_pattern)
+
+let match_string map s = function
+    Any -> (*print_endline ("match_string: Any " ^ s);*) map
+  | Value l ->
+      let b = Xlist.fold l false (fun b t -> s = t || b) in
+      (*print_endline ("match_string: " ^ t ^ " " ^ s);*)
+      if b then map else raise Not_found
+  | Agr n ->
+      if StringMap.mem map n then
+        if StringMap.find map n = s then map else raise Not_found
+      else StringMap.add map n s
+
+let rec match_interp_rec2 map = function
+    [s],pat -> match_string map s pat
+  | ["congr";"rec"],pat -> map
+  | _,pat -> failwith "match_interp_rec2"
+
+let rec match_interp_rec map = function
+    s :: l,ps :: pl ->
+       let map = match_interp_rec2 map (s,ps) in
+       match_interp_rec map (l,pl)
+  | _,[] -> map
+  | _ -> failwith "match_interp_rec"
+
+let match_interp map interp pinterp =
+  match interp with
+    [interp] -> match_interp_rec map (interp,pinterp)
+  | _ -> failwith "match_interp"
+
+let rec match_pattern_rec map = function
+    phrase,Dep({sons=[]} as d),PatternNode(plemma,pcat,pinterp) ->
+      (* print_endline ("match_pattern_rec 1: \n" ^ string_of_tree "" (Dep d)); *)
+      let map = match_string map d.lemma plemma in
+      let map = match_string map d.cat pcat in
+      let map = match_interp map d.interp pinterp in
+      map
+  | (phrase,interp),Dep d,PatternPhrase(pphrase,pinterp) ->
+      (* print_endline ("match_pattern_rec 1: \n" ^ string_of_tree "" (Dep d)); *)
+      let map = match_string map phrase pphrase in
+      let map = match_interp map interp pinterp in
+      map
+  | phrase,Dep({sons=[Dep d1;Dep d2]} as d),PatternEdge(PatternEdge(p,plabel1,p1),plabel2,p2) ->
+      (* print_endline ("match_pattern_rec 2: \n" ^ string_of_tree "" (Dep d1)); *)
+      let map = match_pattern_rec map (("",[]),Dep {d with sons=[]},p) in
+      (try
+        let map = match_string map d1.label plabel1 in
+        let map = match_pattern_rec map (("",[]),Dep d1,p1) in
+        let map = match_string map d2.label plabel2 in
+        let map = match_pattern_rec map (("",[]),Dep d2,p2) in
+        map
+      with Not_found -> (
+        let map = match_string map d1.label plabel2 in
+        let map = match_pattern_rec map (("",[]),Dep d1,p2) in
+        let map = match_string map d2.label plabel1 in
+        let map = match_pattern_rec map (("",[]),Dep d2,p1) in
+        map))
+  | phrase,Dep({sons=[Dep d2]} as d1),PatternEdge(p1,plabel,p2) ->
+      (* print_endline ("match_pattern_rec 2: \n" ^ string_of_tree "" (Dep d1)); *)
+      let map = match_pattern_rec map (("",[]),Dep {d1 with sons=[]},p1) in
+      let map = match_string map d2.label plabel in
+      let map = match_pattern_rec map (("",[]),Dep d2,p2) in
+      map
+  | _ -> raise Not_found
+
+
+let rec match_pattern is_coord (phrase1,d1) (phrase2,d2) = function
+  (coord,s,p1,plabel,p2) :: l ->
+    (* print_endline s; *)
+    if is_coord || d2.is_shared || coord = Gen then
+      try
+        let map = StringMap.empty in
+        let map = match_pattern_rec map (phrase1,Dep d1,p1) in
+        let map = match_string map d2.label plabel in
+        let _ = match_pattern_rec map (phrase2,Dep d2,p2) in
+        s
+      with Not_found -> match_pattern is_coord (phrase1,d1) (phrase2,d2) l
+    else match_pattern is_coord (phrase1,d1) (phrase2,d2) l
+  | [] -> raise Not_found
+
+let match_phrase_interp s map pinterp =
+  let interp = Xlist.rev_map pinterp (function
+      Value [v] -> [v]
+    | Agr v -> (try [StringMap.find map v] with Not_found -> failwith ("match_phrase_interp: " ^ s))
+    | _ -> failwith ("match_phrase_interp: " ^ s)) in
+  [List.rev interp]
+
+let rec match_pair_pattern is_coord (phrase1,d1) (phrase2,d2) = function
+  ((pphrase,pinterp),coord,s,p1,plabel,p2) :: l ->
+    (* print_endline s; *)
+    if is_coord || d2.is_shared || coord = Gen then
+      try
+        let map = StringMap.empty in
+        let map = match_pattern_rec map (phrase1,Dep d1,p1) in
+        let map = match_string map d2.label plabel in
+        let map = match_pattern_rec map (phrase2,Dep d2,p2) in
+        pphrase, match_phrase_interp s map pinterp, s
+      with Not_found -> match_pair_pattern is_coord (phrase1,d1) (phrase2,d2) l
+    else match_pair_pattern is_coord (phrase1,d1) (phrase2,d2) l
+  | [] -> raise Not_found
+
+let rec fold_tree tree s f =
+  match tree with
+      Dep d -> Xlist.fold d.sons (f s (Dep d)) (fun s t -> fold_tree t s f)
+    | Coordination(label,sem,sons,coords) as t -> Xlist.fold sons (f s t) (fun s t -> fold_tree t s f)
+    | _ -> failwith "fold_tree"
+
+(*let list_dependencies_tree corpus =
+  Xlist.fold corpus StringQMap.empty (fun qmap (sentence_id, text, tree, tokens) ->
+    fold_tree tree qmap (fun qmap -> function
+      Dep d ->
+        Xlist.fold (List.flatten (Xlist.rev_map d.sons (flatten_coordination false "" ""))) qmap (fun qmap -> function
+            is_coord,Dep d2 ->
+              (try
+                let s = match_pattern is_coord (Dep d) (Dep d2) patterns in
+                StringQMap.add qmap ("PATTERN " ^ s)
+              with Not_found -> StringQMap.add qmap (string_of_dependency2 is_coord (d.lemma,d.cat,d.interp)  d2.label d2.sem (d2.lemma,d2.cat,d2.interp)))
+          | _ -> failwith "list_dependencies_tree")
+    | Coordination(label,sem,sons,coords) -> StringQMap.add qmap "Coordination"
+    | _ -> failwith "list_dependencies_tree"))
+
+let list_dependencies_tree2 corpus =
+  Xlist.fold corpus StringMap.empty (fun map (sentence_id, text, tree, tokens) ->
+    fold_tree tree map (fun map -> function
+      Dep d ->
+        Xlist.fold (List.flatten (Xlist.rev_map d.sons (flatten_coordination false "" ""))) map (fun map -> function
+            is_coord,Dep d2 ->
+              (try
+                let _ = match_pattern is_coord (Dep d) (Dep d2) patterns in
+                map
+              with Not_found -> StringMap.add_inc map (string_of_dependency2 is_coord (d.lemma,d.cat,d.interp)  d2.label d2.sem (d2.lemma,d2.cat,d2.interp)) [text] (fun l -> text :: l))
+          | _ -> failwith "list_dependencies_tree2")
+    | Coordination(label,sem,sons,coords) -> StringMap.add_inc map "Coordination" [text] (fun l -> text :: l)
+    | _ -> failwith "list_dependencies_tree2"))*)
+
+let rec parse_pair_patterns = function
+    Cluster(phrase,d,l),[] -> false,Cluster(phrase,d,l)
+  | Cluster(phrase,d,l), Cluster(phrase2,d2,[]) :: sons ->
+              (try
+                let pphrase,pinterp,_ = match_pair_pattern false (phrase,d) (phrase2,d2) pair_patterns in
+                true,Cluster((pphrase,pinterp),{d with sons=Dep d2 :: d.sons},sons @ l)
+              with Not_found -> parse_pair_patterns (Cluster(phrase,d,Cluster(phrase2,d2,[]) :: l), sons))
+  | Cluster(phrase,d,l), t :: sons -> parse_pair_patterns (Cluster(phrase,d,t :: l), sons)
+  | _ -> failwith "parse_pair_patterns"
+
+let rec check_cc = function
+    [] -> true
+  | Cluster(_,{lemma=",";cat="interp";label="punct"},[]) :: l -> check_cc l
+  (* | Dep{lemma="-";cat="interp";label="punct"} :: l -> check_cc l *)
+  | Cluster(_,{lemma="i";cat="conj";label="cc"},[])  :: l -> check_cc l
+  | Cluster(_,{lemma="a";cat="conj";label="cc"},[]) :: l -> check_cc l
+  | Cluster(_,{lemma="zarówno";cat="conj";label="cc:preconj"},[]) :: l -> check_cc l
+  | Cluster(_,{lemma="jak";cat="conj";label="cc";sons=[Dep{lemma="i";cat="conj"}]},_) :: l -> check_cc l
+  | _ -> false
+
+let parse_coordination = function
+    Coordination(label,sem,[
+      Cluster(_,{cat="adja";sons=[]},[]);
+      Cluster(phrase,({cat=adj;sons=[]} as d),[Cluster(_,{lemma="-";cat="interp";label="punct"},[])])],[]) ->
+        Cluster(phrase,{d with label=label;sem=sem},[])
+  | Coordination(label,sem,sons,[]) ->
+      let b = Xlist.fold sons true (fun b -> function
+          Cluster(_,_,sons) -> check_cc sons && b
+        (* | PairDep(d,_) -> check_cc d.sons && b *)
+        | _ -> failwith "parse_coordination 2") in
+      if b then
+        match List.hd sons with
+          Cluster(phrase,d,_) -> Cluster(phrase,{d with is_shared=true},[])
+        (* | PairDep(d,d2) -> PairDep({d with is_shared=true; sons=[]},d2) *)
+        | _ -> failwith "parse_coordination 3"
+      else Coordination(label,sem,sons,[])
+  | _ -> failwith "parse_coordination"
+
+let make_phrase = function
+    "subst" -> "np"
+  | "depr" -> "np"
+  | "ppron12" -> "np"
+  | "ppron3" -> "np"
+  | "ger" -> "np"
+  | "adj" -> "adjp"
+  | "pact" -> "adjp"
+  | "ppas" -> "adjp"
+  | "fin" -> "ip"
+  | "bedzie" -> "ip"
+  | "praet" -> "ip"
+  | "winien" -> "ip"
+  | "impt" -> "ip"
+  | "imps" -> "ip"
+  | "pred" -> "ip"
+  (* | "siebie" -> "np" *)
+  (* | "symbol" -> "noun"
+  | "unk" -> "noun"
+  | "xxx" -> "noun"
+  | "adjc" -> "adj"
+  | "adjp" -> "adj"
+  | "adja" -> "adj"
+  | "ordnum" -> "ordnum" *)
+  | "inf" -> "infp"
+  (* | "pcon" -> "verb"
+  | "pant" -> "verb"
+  | "pacta" -> "verb" *)
+  | "conj" -> "conjp"
+  (* | "fixed" -> "fixed"
+  | "num" -> "num"*)
+  | _ -> ""
+
+let rec parse_tree = function
+    Dep d ->
+      (* Printf.printf "parse_tree 1: |sons|=%d\n" (Xlist.size d.sons); *)
+      let sons = Xlist.rev_map d.sons parse_tree in
+      (* Printf.printf "parse_tree 2: %s |sons|=%d\n" d.lemma (Xlist.size sons); *)
+      let phrase = make_phrase d.cat, d.interp in
+      let sons = Xlist.fold sons [] (fun sons -> function
+          Cluster(phrase2,d2,[]) as t ->
+              (try
+                (* print_endline "parse_tree 2a"; *)
+                let _ = match_pattern false (phrase,{d with sons=[]}) (phrase2,d2) patterns in
+                (* print_endline "parse_tree 2b"; *)
+                sons
+              with Not_found -> t :: sons)
+        | t -> t :: sons) in
+      let b,t = parse_pair_patterns (Cluster(phrase,{d with sons=[]},[]),sons) in
+      if b then parse_tree t else t
+  | Coordination(label,sem,sons,coords) ->
+      parse_coordination (Coordination(label,sem,List.rev (Xlist.rev_map sons parse_tree),coords))
+  | Cluster(phrase,d,sons) ->
+      let sons = Xlist.fold sons [] (fun sons -> function
+          Cluster(phrase2,d2,[]) ->
+              (try
+                let _ = match_pattern false (phrase,d) (phrase2,d2) patterns in
+                sons
+              with Not_found -> Cluster(phrase2,d2,[]) :: sons)
+        | t -> t :: sons) in
+      let b,t = parse_pair_patterns (Cluster(phrase,d,[]),sons) in
+      if b then parse_tree t else t
+  (* | _ -> failwith "parse_tree" *)
+
+let is_parsed = function
+    Cluster(_,{lemma="<conll_root>";sons=[]},[]) -> true
+  | _ -> false
+
+let excluded = StringSet.of_list (File.load_lines "data/excluded.tab")
+
+let rec split_tree forest = function
+    Coordination(label,sem,sons,coords) ->
+      Xlist.fold sons forest split_tree
+  | Cluster(phrase,d,[]) -> forest
+  | Cluster(phrase,d,sons) ->
+      let b = Xlist.fold sons true (fun b -> function
+          Cluster(_,_,[]) -> b
+        | _ -> false) in
+      if b then Cluster(phrase,d,sons) :: forest else
+      Xlist.fold sons forest split_tree
+  | _ -> failwith "split_tree"
+
+(* let rec rules_of_tree2 = function
+    Dep({sons=[]} as d) ->
+      d.lemma ^ ":" ^ d.cat ^ ":" ^ ENIAMtokens.string_of_interps d.interp
+  | Dep({sons=[Dep d2]} as d) ->
+      "[ " ^ d.lemma ^ ":" ^ d.cat ^ ":" ^ ENIAMtokens.string_of_interps d.interp ^
+      " -> " ^ d2.label ^ " -> " ^ rules_of_tree2 (Dep d2) ^ " ]"
+  | Dep({sons=[Dep d2;Dep d3]} as d) ->
+      "[ " ^ d.lemma ^ ":" ^ d.cat ^ ":" ^ ENIAMtokens.string_of_interps d.interp ^
+      " -> " ^ d2.label ^ " -> " ^ rules_of_tree2 (Dep d2) ^ " | " ^ d3.label ^ " -> " ^ rules_of_tree2 (Dep d3) ^ " ]"
+  | _ -> failwith "rules_of_tree2" *)
+
+(* let rec rules_of_tree2 = function
+    Dep({sons=[]} as d) ->
+      "_:" ^ d.cat ^ ":" ^ ENIAMtokens.string_of_interps d.interp
+  | Dep({sons=[Dep d2]} as d) ->
+      "[ _:" ^ d.cat ^ ":" ^ ENIAMtokens.string_of_interps d.interp ^
+      " -> " ^ d2.label ^ " -> " ^ rules_of_tree2 (Dep d2) ^ " ]"
+  | Dep({sons=[Dep d2;Dep d3]} as d) ->
+      "[ _:" ^ d.cat ^ ":" ^ ENIAMtokens.string_of_interps d.interp ^
+      " -> " ^ d2.label ^ " -> " ^ rules_of_tree2 (Dep d2) ^ " | " ^ d3.label ^ " -> " ^ rules_of_tree2 (Dep d3) ^ " ]"
+  | _ -> failwith "rules_of_tree2" *)
+
+let rec rules_of_tree2 = function
+    Dep({sons=[]} as d) ->
+      "_:" ^ d.cat (*^ ":" ^ ENIAMtokens.string_of_interps d.interp*)
+  | Dep({sons=[Dep d2]} as d) ->
+      "[ _:" ^ d.cat ^ (*":" ^ ENIAMtokens.string_of_interps d.interp ^*)
+      " -> " ^ d2.label ^ " -> " ^ rules_of_tree2 (Dep d2) ^ " ]"
+  | Dep({sons=[Dep d2;Dep d3]} as d) ->
+      "[ _:" ^ d.cat ^ (*":" ^ ENIAMtokens.string_of_interps d.interp ^*)
+      " -> " ^ d2.label ^ " -> " ^ rules_of_tree2 (Dep d2) ^ " | " ^ d3.label ^ " -> " ^ rules_of_tree2 (Dep d3) ^ " ]"
+  | _ -> failwith "rules_of_tree2"
+
+
+let rules_of_tree rules = function
+    Cluster(_,d,sons) ->
+      Xlist.fold sons rules (fun rules -> function
+          Cluster(_,d2,[]) -> (rules_of_tree2 (Dep d) ^ " -> " ^ d2.label ^ " -> " ^ rules_of_tree2 (Dep d2)) :: rules
+        |  _ -> failwith "rules_of_tree")
+  | _ -> failwith "rules_of_tree"
+
+
+let parse corpus =
+  Xlist.iter corpus (fun (sentence_id, text, tree, tokens) ->
+    if StringSet.mem excluded sentence_id then () else
+    (try
+      let tree = parse_tree tree in
+      if is_parsed tree then () (*print_endline ("PARSED: " ^ sentence_id)*) else (
+      print_endline sentence_id;
+      print_endline text;
+      print_endline (string_of_tree "" tree);
+      let forest = split_tree [] tree in
+      Xlist.iter forest (fun tree ->
+        (* print_endline ("\n" ^ string_of_tree "" tree); *)
+        let rules = rules_of_tree [] tree in
+        Xlist.iter rules print_endline))
+    with e ->
+      print_endline sentence_id;
+      print_endline text;
+      print_endline (string_of_tree "" tree);
+      print_endline (Printexc.to_string e)))
+
+let extract_rules corpus =
+  Xlist.fold corpus StringQMap.empty (fun qmap (sentence_id, text, tree, tokens) ->
+    if StringSet.mem excluded sentence_id then qmap else
+    (try
+      let tree = parse_tree tree in
+      if is_parsed tree then StringQMap.add qmap "PARSED" else (
+      let forest = split_tree [] tree in
+      Xlist.fold forest qmap (fun qmap tree ->
+        let rules = rules_of_tree [] tree in
+        Xlist.fold rules qmap StringQMap.add))
+    with e -> StringQMap.add qmap (Printexc.to_string e)))
+ostatni
+przedostatni
+pierwszy
+drugi
+trzeci
+czwarty
+piąty
+szósty
+siódmy
+ósmy
+dziewiąty
+dziesiąty
+jedenasty
+dwunasty
+trzynasty
+czternasty
+piętnasty
+szesnasty
+siedemnasty
+osiemnasty
+dziewiętnasty
+dwudziesty
+trzydziesty
+czterdziesty
+pięćdziesiąty
+sześćdziesiąty
+siedemdziesiąty
+osiemdziesiąty
+dziewięćdziesiąty
+setny
+dwusetny
+trzysetny
+
+dwudziesty
+trzydziesty
+czterdziesty
+pięćdziesiąty
+sześćdziesiąty
+siedemdziesiąty
+osiemdziesiąty
+dziewięćdziesiąty
+
+pierwszy
+drugi
+trzeci
+czwarty
+piąty
+szósty
+siódmy
+ósmy
+dziewiąty
+
+U . S .	U.S.
+...	. . .
+..	. .
+(...)	( . . . )
+?!	? !
+!!!	! ! !
+???	? ? ?
+....	. . . .
+?...	? . . .
+,,	, ,
+??	? ?
+S . A	S.A
+...?	. . . ?
+.....	. . . . .
+!!!!	! ! ! !
+!!	! !
+!...	! . . .
+[...]	[ . . . ]
+’’ .	’ ’ .
+[..]	[ . . ]
+.......	. . . . . . .
+…?	… ?
+(*)	( * )
+*****	* * * * *
+[+]	[ + ]
+[-]	[ - ]
+[?]	[ ? ]
+1975-1998	1975 - 1998
+’’	’ ’
+P . S	P.S
+2-3	2 - 3
+17.00	17 . 00
+......	. . . . . .
+16.00	16 . 00
+!?	! ?
+2:0	2 : 0
+22.00	22 . 00
+1:0	1 : 0
+........	. . . . . . . .
+????	? ? ? ?
+30-40	30 - 40
+3-4	3 - 4
+20.00	20 . 00
+1:1	1 : 1
+14.00	14 . 00
+13.00	13 . 00
+12.00	12 . 00
+1-3	1 - 3
+>>	> >
+7-9	7 - 9
+3-5	3 - 5
+22.30	22 . 30
+18.30	18 . 30
+18.00	18 . 00
+16.30	16 . 30
+13.30	13 . 30
+11.00	11 . 00
+10.30	10 . 30
+(?)	( ? )
+8.00	8 . 00
+6:4	6 : 4
+4-5	4 - 5
+3:0	3 : 0
+20-30	20 - 30
+2-4	2 - 4
+19.30	19 . 30
+14.30	14 . 30
+****	* * * *
+***	* * *
+(-)	( - )
+(!)	( ! )
+’80	’ 80
+k . p . c	k.p.c
+(++)	( + + )
+(--)	( -- )
+(..)	( . . )
+(?!)	( ? ! )
+(…)	( … )
+-10	- 10
+-124	- 124
+-17	- 17
+-2007	- 2007
+-22	- 22
+-23	- 23
+-367	- 367
+-40	- 40
+-5	- 5
+/.../	/ . . . /
+0,05-1,0	0,05 - 1,0
+0,05-1,5	0,05 - 1,5
+0,5–1,0	0,5 – 1,0
+0,5—1	0,5 — 1
+0,9-2,75	0,9 - 2,75
+0-46 855 -45 -26 ) .	0-46 855-45-26 ) .
+0-5	0 - 5
+00:39	00 : 39
+01:26	01 : 26
+01:40	01 : 40
+03.03.	03 . 03 .
+04:02	04 : 02
+05:10	05 : 10
+06:15	06 : 15
+06:37	06 : 37
+07:43	07 : 43
+07:54	07 : 54
+09:56	09 : 56
+0:00	0 : 00
+0:30	0 : 30
+0:35	0 : 35
+0:5	0 : 5
+1,24	1 , 24
+1,5-2	1,5 - 2
+1,50-2	1 , 50 - 2
+1,6-1,8	1,6 - 1,8
+1-11	1 - 11
+1-17	1 - 17
+1-23	1 - 23
+1-8	1 - 8
+1.01.1993	1 . 01 . 1993
+1.04.	1 . 04 .
+1.04.286	1 . 04 . 286
+1.12	1 . 12
+1.3	1 . 3
+10-11	10 - 11
+10-13	10 - 13
+10-14	10 - 14
+10-15	10 - 15
+10-20	10 - 20
+10.10.1995	10 . 10 . 1995
+10.20	10 . 20
+10 - proc	10-proc
+100 - %	100-%
+100-110	100 - 110
+1000-1500	1000 - 1500
+10–15	10 – 15
+10—12	10 — 12
+10—15	10 — 15
+11-12	11 - 12
+11.10	11 . 10
+11.X.2001	11 . X . 2001
+1150-1250	1150 - 1250
+11:39	11 : 39
+12,8-12,9	12,8 - 12,9
+12-16	12 - 16
+12-17	12 - 17
+12-24	12 - 24
+12.07.1982	12 . 07 . 1982
+12.09.	12 . 09 .
+12.20	12 . 20
+12.25	12 . 25
+12.28	12 . 28
+12.5 .	12 . 5 .
+12.50	12 . 50
+120-140	120 - 140
+1200-1259	1200 - 1259
+120–140	120 – 140
+120–410	120 – 410
+1230-1246	1230 - 1246
+1248–60	1248 – 60
+1253-1810	1253 - 1810
+1256-1258	1256 - 1258
+1288–90	1288 – 90
+12:15	12 : 15
+12:29	12 : 29
+12:52	12 : 52
+13-17	13 - 17
+13-23	13- 23
+13-35	13 - 35
+13.01.1228	13 . 01 . 1228
+13.15	13 . 15
+13.28	13 . 28
+13.40	13 . 40
+1333-70	1333 - 70
+1340-1405	1340 - 1405
+1394-1831	1394 - 1831
+13:02	13 : 02
+13:06	13 : 06
+13:39	13 : 39
+13–14	13 – 14
+14,36	14 , 36
+14-11	14 - 11
+14-18	14 - 18
+14.00-16.00	14 . 00 - 16 . 00
+14.01.1928	14 . 01 . 1928
+14.07.1995	14 . 07 . 1995
+14.12	14 . 12
+14.38	14 . 38
+14.50	14 . 50
+14.X.1954	14 . X . 1954
+1400-1600	1400 - 1600
+142-131	142 - 131
+1466–1772	1466 – 1772
+1486-93	1486 - 93
+14:11	14 : 11
+14:54	14 : 54
+15,22	15 , 22
+15-10	15 - 10
+15-17	15 - 17
+15-20	15 - 20
+15-25	15 - 25
+15.15	15 . 15
+15.40	15 . 40
+15.46	15 . 46
+15.50	15 . 50
+150-180	150 - 180
+150-300	150- 300
+150–180	150 – 180
+1511-21	1511 - 21
+1558-62	1558 - 62
+1566-82	1566 - 82
+1582-1727	1582 - 1727
+1585-1590	1585 - 1590
+15:10	15 : 10
+15:18	15 : 18
+15:48	15 : 48
+15:53	15 : 53
+15:55	15 : 55
+15—20	15 — 20
+16.15	16 . 15
+1600–03	1600 – 03
+161 c	161c
+1615-17	1615 - 17
+1618-22	1618 - 22
+1643-1670	1643 - 1670
+1687–1716	1687 – 1716
+1691-1692	1691 - 1692
+1699-1766	1699 - 1766
+16:18	16 : 18
+16:24	16 : 24
+16:30	16 : 30
+16–23	16 – 23
+17.03	17 . 03
+17.05	17 . 05
+17.11	17 . 11
+17.15	17 . 15
+17.34	17 . 34
+17.40	17 . 40
+17.X.64	17 . X . 64
+1709-1713	1709 - 1713
+1727–28	1727 – 28
+1770-84	1770 - 84
+1777–86	1777 – 86
+1797-1805	1797 - 1805
+1797-1863	1797 - 1863
+1799–1873	1799 – 1873
+17:25	17 : 25
+17:26	17 : 26
+17:35	17 : 35
+17:40	17 : 40
+18-20	18 - 20
+18.09.	18 . 09 .
+18.15	18 . 15
+18.50	18 . 50
+1809-1814	1809 - 1814
+1809–1881	1809 – 1881
+1812–23	1812 – 23
+1821-1914	1821 - 1914
+1822-24	1822 - 24
+1824-1891	1824 - 1891
+1829–1907	1829 – 1907
+1830–36	1830 – 36
+1831-1846	1831 - 1846
+1831-1880	1831 - 1880
+1839–41	1839 – 41
+1848-49	1848 - 49
+1848–1931	1848 – 1931
+1850-1920	1850 - 1920
+1855-1940	1855 - 1940
+1857–60	1857 – 60
+1858–61	1858 – 61
+1859–1913	1859 – 1913
+1859–1922	1859 – 1922
+1862-1951	1862 - 1951
+1865-1940	1865 - 1940
+1870-1914	1870 - 1914
+1871-1893	1871 - 1893
+1874-1959	1874 - 1959
+1875-76	1875 - 76
+1875–1975	1875 – 1975
+1876-1917	1876 - 1917
+1878-1949	1878 - 1949
+1879-1885	1879 - 1885
+1879–98	1879 – 98
+1883-1913	1883 - 1913
+1886-87	1886 - 87
+1893-1971	1893 - 1971
+1894-1972	1894 - 1972
+1894-97	1894 - 97
+1895-1968	1895 - 1968
+1896-1901	1896 - 1901
+1896-1952	1896 - 1952
+1896-1962	1896 - 1962
+1897-1936	1897 - 1936
+1898-1901	1898 - 1901
+18:22	18 : 22
+18:24	18 : 24
+18:30	18 : 30
+18:48	18 : 48
+18–20	18 – 20
+18–24	18 – 24
+18–28	18 – 28
+19,3	19 , 3
+19-2	19 - 2
+19-20	19 - 20
+19-21	19 - 21
+19-7	19 - 7
+19.09	19 . 09
+19.12.1956	19 . 12 . 1956
+19.2.—20.3.	19 . 2 . — 20 . 3 .
+19.20	19 . 20
+19.25	19 . 25
+19.27	19 . 27
+1900-2000	1900 - 2000
+1901-49	1901 - 49
+1905-1928	1905 - 1928
+1905-40	1905 - 40
+1906-07	1906 - 07
+1906-1907	1906 - 1907
+1906-1979	1906 - 1979
+1906-1980	1906 - 1980
+1906–59	1906 – 59
+1907-1983	1907 - 1983
+1907–09	1907 – 09
+1909-1987	1909 - 1987
+1910-1963	1910 - 1963
+1912-13	1912 - 13
+1913-1983	1913 - 1983
+1913-21	1913 - 21
+1914-1945	1914 - 1945
+1915–30	1915 – 30
+1917-1919	1917 - 1919
+1918-1919	1918 - 1919
+1918-1922	1918 - 1922
+1918-1932	1918 - 1932
+1918-9	1918 - 9
+1919-1932	1919 - 1932
+1920-1932	1920 - 1932
+1922-36	1922 - 36
+1928-1929	1928 - 1929
+1929-1933	1929 - 1933
+1929-1939	1929 - 1939
+1931-39	1931 - 39
+1934-1939	1934 - 1939
+1937-39	1937 - 39
+1938-1957	1938 - 1957
+1938-1978	1938 - 1978
+1939-1945	1939 - 1945
+1941–44	1941 – 44
+1942-1944	1942 - 1944
+1944-48	1944 - 48
+1944-89	1944 - 89
+1945-1965	1945 - 1965
+1947-48	1947 - 48
+1947-49	1947 - 49
+1948-49	1948 - 49
+1948–49	1948 – 49
+1950-52	1950 - 52
+1951-77	1951 - 77
+1952-1954	1952 - 1954
+1952-57	1952 - 57
+1955-1991	1955 - 1991
+1960-1970	1960 - 1970
+1960-1993	1960 - 1993
+1962-1980	1962 - 1980
+1962-66	1962 - 66
+1963-1967	1963 - 1967
+1966—1969	1966 — 1969
+1968-1980	1968 - 1980
+1969-71	1969 - 71
+1970-1972	1970 - 1972
+1970–1973	1970 – 1973
+1970–1975	1970 – 1975
+1971-1974	1971 - 1974
+1971-1980	1971 - 1980
+1971–79	1971 – 79
+1973-75	1973 - 75
+1975:132	1975 : 132
+1975:133	1975 : 133
+1978-2001	1978 - 2001
+1979-81	1979 - 81
+1979-83	1979 - 83
+1980-1981	1980 - 1981
+1980-1982	1980 - 1982
+1980-1989	1980 - 1989
+1981-1984	1981 - 1984
+1981-1990	1981 - 1990
+1982-1983	1982 - 1983
+1982-1984	1982 - 1984
+1982–91	1982 – 91
+1982–92	1982 – 92
+1983-1987	1983 - 1987
+1983-87	1983 - 87
+1984-1985	1984 - 1985
+1984-1991	1984 - 1991
+1987–95	1987 – 95
+1989-2009	1989 - 2009
+1989-93	1989 - 93
+1990-1993	1990 - 1993
+1990-1994	1990 - 1994
+1990-93	1990 - 93
+1991-1993	1991 - 1993
+1993-2008	1993 - 2008
+1994-1995	1994 - 1995
+1994-2000	1994 - 2000
+1994-95	1994 - 95
+1995-1996	1995 - 1996
+1997-1998	1997 - 1998
+1997-2001	1997 - 2001
+1997–2001	1997 – 2001
+1999-2000	1999 - 2000
+1999-2001	1999 - 2001
+1:00	1 : 00
+1:10	1 : 10
+1:100 000 .	1 : 100 000 .
+1:2	1 : 2
+1:25	1 : 25
+1:30000	1 : 30000
+1:4	1 : 4
+1:50	1 : 50
+1–3	1 – 3
+1–8	1 – 8
+2-11	2 - 11
+2-7	2 - 7
+2.00	2 . 00
+2.2	2 . 2
+2.30	2 . 30
+20,12	20 , 12
+20-26	20 - 26
+20.10.2005	20 . 10 . 2005
+20.30	20 . 30
+200-300	200 - 300
+2000-2006	2000 - 2006
+20000-30000	20000 - 30000
+2001-2002	2001 - 2002
+2001-2006	2001 - 2006
+2003-2006	2003 - 2006
+2004–2006	2004 – 2006
+2008-2018	2008 - 2018
+2025-30	2025 - 30
+20:13	20 : 13
+20:25	20 : 25
+20:47	20 : 47
+20—30	20 — 30
+21-23	21 - 23
+21.1.—18.2.	21 . 1 . — 18 . 2 .
+21.12.1796	21 . 12 . 1796
+211-215	211 - 215
+21:11	21 : 11
+21:12	21 : 12
+21:21	21 : 21
+21:25	21 : 25
+21:30	21 : 30
+21:32	21 : 32
+21:34	21 : 34
+22.02	22 . 02
+22.05.1689	22 . 05 . 1689
+22.05.1859	22 . 05 . 1859
+22.05.2002	22 . 05 . 2002
+22.5.—21.6.	22 . 5 . — 21 . 6 .
+22.6.—22.7.	22 . 6 . — 22 . 7 .
+22:07	22 : 07
+22:12	22 : 12
+22:33	22 : 33
+22:51	22 : 51
+23.00	23 . 00
+23.11.—21.12.	23 . 11 . — 21 . 12 .
+230–280	230 – 280
+231-198	231 - 198
+23:00	23 : 00
+24-26	24 - 26
+24-48	24 - 48
+24.00	24 . 00
+24.12.1926	24 . 12 . 1926
+24.II.1993	24 . II . 1993
+24.VII.1997	24 . VII . 1997
+240-249	240 - 249
+242206083.2	242206083 . 2
+25-30	25 - 30
+25:19	25 : 19
+25:9	25 : 9
+25–27	25 – 27
+25–30	25 – 30
+26.06.	26 . 06 .
+27,46	27 , 46
+27.01.99	27 . 01 . 99
+27.06.	27 . 06 .
+27.06.1997	27 . 06 . 1997
+270-300	270 - 300
+286–298	286 – 298
+28:13	28 : 13
+29.06.1929	29 . 06 . 1929
+2:1	2 : 1
+2:13	2 : 13
+2:2	2 : 2
+2:26	2 : 26
+2:27	2 : 27
+2:3	2 : 3
+2:35	2 : 35
+2–3	2 – 3
+2—3	2 — 3
+2—4	2 — 4
+3-10	3 - 10
+3-16	3 - 16
+3-2	3 - 2
+3-7	3 - 7
+3-8	3 - 8
+3.00	3 . 00
+3.15	3 . 15
+3.29 , 46	3.29,46
+3.30 , 47	3.30,47
+3.32 , 91	3.32,91
+3.47	3 . 47
+30 - proc	30-proc
+30-31	30 - 31
+30-35	30 - 35
+30.03.1993	30 . 03 . 1993
+300-350	300 - 350
+300-400	300 - 400
+31.03.1146	31 . 03 . 1146
+31.10.97	31 . 10 . 97
+32-40	32 - 40
+32-76	32 - 76
+333-4	333 - 4
+34-64	34 - 64
+34:19	34 : 19
+35-38	35 - 38
+3:11	3 : 11
+3:25	3 : 25
+3:6	3 : 6
+3–4	3 – 4
+4-25	4 - 25
+4-7	4 - 7
+4.00	4 . 00
+4.07.1610	4 . 07 . 1610
+4.07.1890	4 . 07 . 1890
+4.10	4 . 10
+4.12	4 . 12
+4.30	4 . 30
+4.9	4 . 9
+428-348	428 - 348
+43-69	43 - 69
+4:2	4 : 2
+4:3	4 : 3
+4–5	4 – 5
+4–6	4 – 6
+5 %	5%
+5,16	5 , 16
+5-2	5 - 2
+5.13	5 . 13
+5.16.26	5 . 16 . 26
+5.21	5 . 21
+5.23	5 . 23
+5.30	5 . 30
+5.40	5 . 40
+5.55	5 . 55
+50-100	50 - 100
+50-56	50 - 56
+50-69	50 - 69
+53-58	53 - 58
+536–552	536 – 552
+54-56	54 - 56
+5:0	5 : 0
+5:2	5 : 2
+5–10	5 – 10
+5–8	5 – 8
+5—15	5 — 15
+570918348.10	570918348 . 10
+57:56	57 : 56
+6.02	6 . 02
+6.15	6 . 15
+6.38	6 . 38
+60-70	60 - 70
+63:63	63 : 63
+68-75	68 - 75
+6:0	6 : 0
+6–8	6 – 8
+7,15	7 , 15
+7-2	7 - 2
+7-3	7 - 3
+7-5	7 - 5
+7-7	7 - 7
+7.07.2005	7 . 07 . 2005
+7.20	7 . 20
+7.56	7 . 56
+7.8.9	7 . 8 . 9
+74:71	74 : 71
+75-139	75 - 139
+7:0	7 : 0
+8-12	8 - 12
+8-19	8 - 19
+8-4	8 - 4
+8.02	8 . 02
+8.28	8 . 28
+8.45	8 . 45
+80-100	80 - 100
+80-90	80 - 90
+800-1000	800 - 1000
+80000-130000	80000 - 130000
+85:0	85 : 0
+87:62	87 : 62
+89-109	89 - 109
+8:25	8 : 25
+9-11	9 - 11
+9-12	9 - 12
+9-14	9 - 14
+9.15	9 . 15
+9.40	9 . 40
+9.45	9 . 45
+900-1900	900 - 1900
+93-97	93 - 97
+95-98	95 - 98
+960-1127	960 - 1127
+99,5-99,7	99,5 - 99,7
+9:4	9 : 4
+9–15	9 – 15
+0:0	0 : 0
+0:1	0 : 1
+0:3	0 : 3
+1-10	1 - 10
+1-2	1 - 2
+1-5	1 - 5
+10-12	10 - 12
+10-17	10 - 17
+11.30	11 . 30
+12.30	12 . 30
+14-16	14 - 16
+14-17	14 - 17
+14.20	14 . 20
+15.00	15 . 00
+15.30	15 . 30
+16-17	16 - 17
+16.20	16 . 20
+16:21	16 : 21
+17-20	17 - 20
+17.30	17 . 30
+17.50	17 . 50
+18 .	18.
+18-19	18 - 19
+1849–1910	1849 – 1910
+19.00	19 . 00
+1939-1941	1939 - 1941
+1971—1975	1971 — 1975
+1989-1991	1989 - 1991
+1992-96	1992 - 96
+1997-1999	1997 - 1999
+1:5	1 : 5
+2,5-3	2,5 - 3
+2007-2013	2007 - 2013
+21.00	21 . 00
+21.30	21 . 30
+25:21	25 : 21
+26-28	26 - 28
+3.30	3 . 30
+3:3	3 : 3
+4.2.1	4 . 2 . 1
+4:1	4 : 1
+5-10	5 - 10
+5-6	5 - 6
+5-7	5 - 7
+5-8	5 - 8
+5.00	5 . 00
+6-7	6 - 7
+6-8	6 - 8
+6.30	6 . 30
+7 - proc	7-proc
+7-13	7 - 13
+7-14	7 - 14
+7.00	7 . 00
+8-10	8 - 10
+8.15	8 . 15
+8.30	8 . 30
+8:2	8 : 2
+9.30	9 . 30
+0:2	0 : 2
+10.00	10 . 00
+2-5	2 - 5
+3:1	3 : 1
+40-50	40 - 50
+4:0	4 : 0
+6.00	6 . 00
+7:6	7 : 6
+8-9	8 - 9
+8:15	8 : 15
+9.00	9 . 00
+?!!!	? ! ! !
+?!...	? ! . . .
+północno-wschodniej	północno - wschodniej
+warmińsko-mazurskie	warmińsko - mazurskie
+kujawsko-pomorskim	kujawsko - pomorskim
+północno-wschodnim	północno - wschodnim
+warmińsko-mazurskiego	warmińsko - mazurskiego
+warmińsko-mazurskim	warmińsko - mazurskim
+północno-wschodni	północno - wschodni
+północno-wschodniego	północno - wschodniego
+północno-wschodnią	północno - wschodnią
+kujawsko-pomorskie	kujawsko - pomorskie
+kujawsko-pomorskiego	kujawsko - pomorskiego
+kulturalno-oświatowe	kulturalno - oświatowe
+austro-węgierskiej	austro - węgierskiej
+austro-węgierską	austro - węgierską
+XVI-XVII	XVI - XVII
+XVII-XIX	XVII - XIX
+XV–XVI	XV – XVI
+XIII-XV	XIII - XV
+XIV-XVIII	XIV - XVIII
+XIX–XX	XIX – XX
+XI–XV	XI – XV
+XV-XVI	XV - XVI
+VI–VIII	VI – VIII
+SGGW-AR	SGGW - AR
+IV-V	IV - V
+III–V	III – V
+I-III	I - III
+I-IV	I - IV
+I-VIII	I - VIII
+(+)	( + )
+40000-50000	40000 - 50000
+45,72	45 , 72
+45-46	45 - 46
+49-70	49 - 70
+70-75	70 - 75
+71:61	71 : 61
+9.00-16.00	9 . 00 - 16 . 00
+Bielska-Białej	Bielska - Białej
+Bielsko-Biała	Bielsko - Biała
+Bim-bam	Bim - bam
+1.05.	1 . 05 .
+1.05	1 . 05
+10.10.	10 . 10 .
+10.12.	10 . 12 .
+11.12.	11 . 12 .
+14.05.	14 . 05 .
+21.06.	21 . 06 .
+29.09.	29 . 09 .
+9.02.	9 . 02 .
+Tse-tungiem	Tse - tungiem
+kulturalno-oświatowym	kulturalno - oświatowym
+n - ru	n-ru
+pif-paf	pif - paf
+serbo - chorwackimi	serbo-chorwackimi
+gadu-gadu	gadu - gadu
+p . s	p.s
+w . c	w.c
+z - ca	z-ca
+e.cz	e . cz
+25-30	25 - 30
+<<	< <
+?!?	? ! ?
+?…	? …
+MORTKOWICZ - OLCZAKOWA	MORTKOWICZ-OLCZAKOWA
+Międzychodzko - Sierakowskiego	Międzychodzko-Sierakowskiego
+Strona | Format	Strona|Format
+Wołk - Karczewska	Wołk-Karczewska
+**	* *
+0-0	0 - 0
+1-0	1 - 0
+1-1	1 - 1
+165-168	165 - 168
+1727-31	1727 - 31
+17:00	17 : 00
+18-1	18 - 1
+2.14	2 . 14
+20.15	20 . 15
+22.12. - 20.01 .	22 . 12 . - 20 . 01 .
+23-1	23 - 1
+25-2	25 - 2
+65-8	65 - 8
+7.30 - 15.30 .	7 . 30 - 15 . 30 .
+AWS - UW	AWS-UW
+Dz . U	Dz.U
+R . P	R.P
+S . A .	S.A.
+S . C	S.C
+S . T	S.T
+16.01. 	16 . 01 .
+niby - romantyczna	niby-romantyczna
+beta - laktamaz	beta-laktamaz
+zrobiłe ( a ) m	zrobiłe(a)m
+zawiodłe ( a ) m	zawiodłe(a)m
+z - dy	z-dy
+s . c	s.c
+c . k	c.k
+c . o	c.o
+k . w	k.w
+10-tys.	10-tys .
+400-tys.	400-tys .
+P W .	PW .
+jakże śmy	jak że śmy
+`99	` 99
+b . r	b.r
+talk-show	talk - show
+tingel-tanglu	tingel - tanglu
+środkowo -	środkowo-
+e . w	e.w
+e ( a )	e(a)
+zobaczył ( am	zobaczył(a m
+P.	P .
+R . P .	R.P.
+Ś.	Ś .
+pomaga my	pomaga my
+SS ' manie	SS'manie
+P. O. N . R . P . [ IM | I M ] . MJR . H . D . H	P.O.N.R.P.IM.MJR.H.D.H
+1-13	1 - 13
+1.300	1 . 300
+11—19	11 — 19
+16–18	16 – 18
+17–21	17 – 21
+18-35	18 - 35
+1960-62	1960 - 62
+1973-1975	1973 - 1975
+2.3	2 . 3
+2000–2006	2000 – 2006
+2000–2007	2000 – 2007
+2006-2007	2006 - 2007
+2007-2010	2007 - 2010
+20–23	20 – 23
+226–236	226 – 236
+270-300 mln	270 - 300 mln
+30—45	30 — 45
+4,5	4 , 5
+406.100	406 . 100
+5,5	5 , 5
+56–59	56 – 59
+61–63	61 – 63
+6–11	6 – 11
+one ż	oneż
+Bielska - Białej	Bielska-Białej
+B 12	B12
+μ g	μg
+pięć - sześć	pięć-sześć
+krio - elektronową	krio-elektronową
+benzo [ a ] pirenu	benzo[a]pirenu
+Winfryd - Bonifacy	Winfryd-Bonifacy
+Staręga - Piasek	Staręga-Piasek
+N - telopeptyd	N-telopeptyd
+Mettler - Toledo	Mettler-Toledo
+McMillan - Scott	McMillan-Scott
+L - askorbinowego	L-askorbinowego
+Kędzierzynie - Koźlu	Kędzierzynie-Koźlu
+Jean - Yves	Jean-Yves
+Gołota - Lewis	Gołota-Lewis
+Bielsku - Białej	Bielsku-Białej
+8 - hydroksychinoliny	8-hydroksychinoliny
+- y	-y
+' '	''
+--	- -
+: )	:)
+: ) ) ) ) ) ) ) ) )	:)))))))))
+: - )	:-)
+’ ’	’’
+' '	''
+2 - propanu	2-propanu
+3 - merkaptopropanol -1,2 - diol	3-merkaptopropanol-1,2-diol
+niby - pies	niby-pies
+15 -	15-
+15-16-latków	15 - 16-latków
+srakie - takie	srakie-takie
+b r.	br .
+n p.	np .
+m. in.	m.in .
+t zw.	tzw .
+p n.	pn .
+d s.	ds .
+t zn.	tzn .
+i t p.	itp .
+i t d.	itd .
+N p.	Np .
+r.	r .
+ub.	ub .
+ub. r.	ub.r .
+o. o.	o.o .
+m. in.	m.in.
+p t.	pt .
+n. p. m.	n.p.m .
+m.	m .
+in.	in .
+p. n. e.	p.n.e .
+n t.	nt .
+b m.	bm .
+p w.	pw .
+ub. r.	ub . r .
+ub. r.	ub.r.
+m kw.	mkw .
+n. e.	n . e .
+n.	n .
+b p.	bp .
+ś p.	śp .
+T zw.	Tzw .
+m. st.	m . st .
+w w.	ww .
+w. w.	w.w .
+d/ s	d/s
+M. in.	M.in .
+p.	p .
+p. o.	p.o .
+p. t.	p.t .
+c d.	cd .
+ś. p.	ś.p .
+m. st.	m.st .
+m. in.	m . in .
+C D.	CD .
+T zn.	Tzn .
+t j.	tj .
+i t p	itp
+i t d	itd
+km ²	km²
+km 2	km2
+m 3	m3
+m 2	m2
+μ m	μm
+p t	pt
+b m	bm
+m / s	m/s
+m ^2	m^2
+n p	np
+n. e	n.e
+w/ m	w/m
+w/ w	w/w
+M / s	M/s
+N T G	NTG
+dm 3	dm3
+m. in	m.in
+b r	br
+M. in.	M.in.
+C d.	Cd .
+P W	PW
+c cm	ccm
+c. d. n	c.d.n
+cm 3 .	cm 3 .
+i te de	itede
+km. 2	km.2
+cm 2	cm2
+j. m.	j . m .
+m.in	m . in
+m.in .	m.in.
+Time	State	Time,State,stan
+Hour	State	Arg,Time,w	Time,State,stan
+Hour	Time	Arg,Time,w
+HourNumber	State	Number,Hour,godzina	Arg,Time,w	Time,State,stan
+HourNumber	Time	Number,Hour,godzina	Arg,Time,w
+HourNumber	Hour	Number,Hour,godzina
+Day	State	Arg,Time,w	Time,State,stan
+Day	Time	Arg,Time,w
+DayNumber	State	Number,Day,dzień	Arg,Time,w	Time,State,stan
+DayNumber	Time	Number,Day,dzień	Arg,Time,w
+DayNumber	Day	Number,Day,dzień
+Month	State	Arg,Time,w	Time,State,stan
+Month	Time	Arg,Time,w
+Year	State	Arg,Time,w	Time,State,stan
+Year	Time	Arg,Time,w
+YearNumber	State	Number,Year,rok	Arg,Time,w	Time,State,stan
+YearNumber	Time	Number,Year,rok	Arg,Time,w
+YearNumber	Year	Number,Year,rok
+WeekDay	State	Arg,Time,w	Time,State,stan
+WeekDay	Time	Arg,Time,w
+Week	State	Arg,Time,w	Time,State,stan
+Week	Time	Arg,Time,w
+TimeOfDay	State	Arg,Time,w	Time,State,stan
+TimeOfDay	Time	Arg,Time,w
+TimeOrder	State	Arg,Time,w	Time,State,stan
+TimeOrder	Time	Arg,Time,w
+TimeApr	Time
+TimePoint	Time
+Street	Location
+Town	Location
+miasto	Town
+miasto	Location
+Quarter	Location
+dzielnica	Location
+OrganizationType	Division
+OrganizationName	Division
+Profession	Person
+nazwisko	Person
+LastName	Person
+imię	Person
+FirstName	Person
+Service	Instance
+
+:))	:) )
+:)))	:) ) )
+:-))	:-) )
+;))	;) )
+AWS -	AWS-
+czterdziesto -	czterdziesto-
+dwudziesto -	dwudziesto-
+długo -	długo-
+kilku -	kilku-
+osiemnasto -	osiemnasto-
+ośmio -	ośmio-
+pięcio -	pięcio-
+pięcio --	pięcio- -
+piętnasto --	piętnasto- -
+przed -	przed-
+pseudo -	pseudo-
+˝ 1	˝1
+˝ albo ˝ .	˝albo˝ .
+˝ lub ˝	˝lub˝
+’70	’ 70
+dwu --	dwu- -
+trzy --	trzy- -
+jedno -	jedno-
+-89	- 89
+dwu -	dwu-
+1-2 -3	1 - 2-3
+-7,16	- 7 , 16
+rowecki@wp.pl	rowecki @ wp . pl
+:-)	: - )
+- Ekon	-Ekon
+- Sadat	-Sadat
+- wsch	-wsch
+28-29	28 -29
+Praca ˝	Praca˝
+marzycielem -	marzycielem-
+:))))))	:) ) ) ) ) )
+EKO-U	EKO - U
+używane . ˝	używane˝ .
+kuba.rowecki@wp.pl	kuba . rowecki @ wp . pl
+-20	- 20
+
+dev-s82
+
+1 - klasowa	1-klasowa
+1 - letni	1-letni
+1 - majowy	1-majowy
+10 - dniowe	10-dniowe
+10 - dniową	10-dniową
+10 - hektarowe	10-hektarowe
+10 - kilometrowa	10-kilometrowa
+10 - krotnie	10-krotnie
+10 - letni	10-letni
+10 - letnich	10-letnich
+10 - letniego	10-letniego
+10 - osobowy	10-osobowy
+10 - procentowy	10-procentowy
+10 - procentowych	10-procentowych
+10 - punktowy	10-punktowy
+100 - krotnie	100-krotnie
+100 - metrowe	100-metrowe
+100 - milionową	100-milionową
+100 - tysięczny	100-tysięczny
+11 - dniowej	11-dniowej
+11 - krotnie	11-krotnie
+11 - letni	11-letni
+11 - letnia	11-letnia
+11 - letniego	11-letniego
+11 - metrową	11-metrową
+11 - minutowy	11-minutowy
+11 - procentowe	11-procentowe
+12 - dniową	12-dniową
+12 - godzinnej	12-godzinnej
+12 - letnia	12-letnia
+12 - metrowej	12-metrowej
+120 - metrowej	120-metrowej
+13 - letni	13-letni
+13 - letnia	13-letnia
+13 - miesięcznego	13-miesięcznego
+13 - miesięczną	13-miesięczną
+14 - letnia	14-letnia
+14 - letnich	14-letnich
+14 - letnią	14-letnią
+15 - dniowy	15-dniowy
+15 - letnią	15-letnią
+15,5 - tysięczna	15,5-tysięczna
+16 - bitowe	16-bitowe
+16 - dniowej	16-dniowej
+16 - letni	16-letni
+16 - procentowe	16-procentowe
+16 - stopniowej	16-stopniowej
+17 - calowe	17-calowe
+17 - letnie	17-letnie
+17 - letnią	17-letnią
+17 - osobową	17-osobową
+18 - drużynowa	18-drużynowa
+18 - godzinne	18-godzinne
+18 - letnia	18-letnia
+18 - letnie	18-letnie
+18 - letniego	18-letniego
+180 - tysięcznego	180-tysięcznego
+19 - calowy	19-calowy
+19 - kilometrowej	19-kilometrowej
+19 - letnich	19-letnich
+19 - letnie	19-letnie
+19 - letniemu	19-letniemu
+190 - letnią	190-letnią
+2 - godzinny	2-godzinny
+2 - letnia	2-letnia
+2 - letnie	2-letnie
+2 - metrowy	2-metrowy
+2 - odcinkowy	2-odcinkowy
+2 - oddziałowa	2-oddziałowa
+2 - osobowa	2-osobowa
+2,5 - kilogramowy	2,5-kilogramowy
+2,5 - letnią	2,5-letnią
+2-3 - stopniowe	2 - 3-stopniowe
+20 - letniej	20-letniej
+20 - letnią	20-letnią
+20 - metrowa	20-metrowa
+20 - osobowa	20-osobowa
+20 - osobowy	20-osobowy
+20 - procentowej	20-procentowej
+20 - stopniowy	20-stopniowy
+21 - letnia	21-letnia
+21 - letniej	21-letniej
+22 - osobowa	22-osobowa
+23 - calowy	23-calowy
+23 - letniego	23-letniego
+24 - bitowy	24-bitowy
+24 - godzinnego	24-godzinnego
+24 - godzinnych	24-godzinnych
+24 - kondygnacjowej	24-kondygnacjowej
+25 - letnia	25-letnia
+25 - letnią	25-letnią
+25 - metrowej	25-metrowej
+25 - procentowy	25-procentowy
+26 - letniemu	26-letniemu
+28 - letniego	28-letniego
+29 - letni	29-letni
+29 - letniego	29-letniego
+3 - dniowe	3-dniowe
+3 - letni	3-letni
+3 - letnia	3-letnia
+3 - letnie	3-letnie
+3 - letnią	3-letnią
+3 - miesięczne	3-miesięczne
+3 - miesięczny	3-miesięczny
+3 - nawowy	3-nawowy
+3 - osobowych	3-osobowych
+3 - procentowe	3-procentowe
+3,5 - kilogramowe	3,5-kilogramowe
+30 - krotnego	30-krotnego
+30 - letnią	30-letnią
+30 - procentowych	30-procentowych
+300 - kilogramowa	300-kilogramowa
+300 - kilogramowego	300-kilogramowego
+300 - tysięcznej	300-tysięcznej
+31 - letni	31-letni
+31 - letnia	31-letnia
+31 - letniego	31-letniego
+32 - letnia	32-letnia
+32 - letnią	32-letnią
+33 - letniemu	33-letniemu
+34 - letnia	34-letnia
+34 - letniego	34-letniego
+35 - letnia	35-letnia
+35 - letnią	35-letnią
+36 - centymetrowa	36-centymetrowa
+36 - letni	36-letni
+36 - letnia	36-letnia
+38 - letniego	38-letniego
+39 - letni	39-letni
+4 - drzwiowe	4-drzwiowe
+4 - kołowy	4-kołowy
+4 - letni	4-letni
+4 - letnie	4-letnie
+4 - letniego	4-letniego
+4 - letniej	4-letniej
+4 - tysięcznego	4-tysięcznego
+4,5 - metrowej	4,5-metrowej
+40 - letnia	40-letnia
+40 - metrowy	40-metrowy
+40 - osobowa	40-osobowa
+42 - letnia	42-letnia
+42 - letnią	42-letnią
+43 - letniego	43-letniego
+44 - letni	44-letni
+44 - letniemu	44-letniemu
+44 - letnią	44-letnią
+45 - procentowego	45-procentowego
+46 - letni	46-letni
+46 - letniego	46-letniego
+46 - osobowa	46-osobowa
+47 - letni	47-letni
+5 - dniowe	5-dniowe
+5 - krotnie	5-krotnie
+5 - letnich	5-letnich
+5 - letniego	5-letniego
+5 - minutowy	5-minutowy
+5 - osobową	5-osobową
+5 - skrzydłowy	5-skrzydłowy
+50 - metrowej	50-metrowej
+50 - metrowy	50-metrowy
+50 - osobowe	50-osobowe
+50 - procentowego	50-procentowego
+50 - tysięczna	50-tysięczna
+500 - kilometrową	500-kilometrową
+500 - złotowy	500-złotowy
+52 - letniego	52-letniego
+53 - letni	53-letni
+53 - letnia	53-letnia
+53 - letniego	53-letniego
+54 - letnia	54-letnia
+55 - letni	55-letni
+56 - letni	56-letni
+56 - letniego	56-letniego
+59 - letni	59-letni
+59 - letnią	59-letnią
+6 - cylindrowy	6-cylindrowy
+6 - godzinne	6-godzinne
+6 - letni	6-letni
+6 - letnią	6-letnią
+6 - osobowej	6-osobowej
+6,5 - godzinnej	6,5-godzinnej
+6,5 - metrowa	6,5-metrowa
+6-9 - letni	6-9-letni
+60 - letnie	60-letnie
+60 - letniego	60-letniego
+60 - minutowej	60-minutowej
+600 - litrowe	600-litrowe
+61 - letnia	61-letnia
+62 - letni	62-letni
+62 - letniego	62-letniego
+63 - letni	63-letni
+63 - letnia	63-letnia
+64 - letni	64-letni
+65 - tysięcznej	65-tysięcznej
+67 - letni	67-letni
+68 - letni	68-letni
+7 - kondygnacyjnego	7-kondygnacyjnego
+7 - krotnie	7-krotnie
+7 - letniego	7-letniego
+7 - letniej	7-letniej
+7 - procentowy	7-procentowy
+70 - letnia	70-letnia
+70 - letniej	70-letniej
+74 - letni	74-letni
+77 - letni	77-letni
+8 - godzinnych	8-godzinnych
+8 - kilometrowego	8-kilometrowego
+8,5 - procentową	8,5-procentową
+80 - kilogramowego	80-kilogramowego
+80 - letnia	80-letnia
+80 - tonowe	80-tonowe
+81 - letnia	81-letnia
+82 - letni	82-letni
+83 - letnia	83-letnia
+84 - letniej	84-letniej
+9 - hektarowy	9-hektarowy
+9 - letnia	9-letnia
+9 - letniego	9-letniego
+9 - letniej	9-letniej
+9 - letniemu	9-letniemu
+9 - miesięczna	9-miesięczna
+9 - miesięczny	9-miesięczny
+90 - letniej	90-letniej
+900 - osobowej	900-osobowej
+12 - letni	12-letni
+14 - letni	14-letni
+14 - letniego	14-letniego
+15 - letniego	15-letniego
+16 - letnia	16-letnia
+16 - letniej	16-letniej
+17 - letnia	17-letnia
+18 - letni	18-letni
+19 - letni	19-letni
+20 - letni	20-letni
+20 - letnia	20-letnia
+22 - letniego	22-letniego
+22 - letniej	22-letniej
+24 - letni	24-letni
+26 - letniego	26-letniego
+28 - letni	28-letni
+28 - letnią	28-letnią
+3 - letniego	3-letniego
+3 - letniej	3-letniej
+30 - letnia	30-letnia
+35 - letni	35-letni
+36 - letniej	36-letniej
+37 - letni	37-letni
+37 - letnia	37-letnia
+4 - krotnie	4-krotnie
+40 - letni	40-letni
+40 - letniej	40-letniej
+43 - letni	43-letni
+43 - letnia	43-letnia
+45 - osobowa	45-osobowa
+49 - letniego	49-letniego
+5 - letniej	5-letniej
+50 - letniego	50-letniego
+52 - letni	52-letni
+60 - letni	60-letni
+65 - letniego	65-letniego
+80 - letni	80-letni
+87 - letni	87-letni
+15 - letnia	15-letnia
+17 - letniego	17-letniego
+19 - letniego	19-letniego
+25 - letniego	25-letniego
+30 - letni	30-letni
+34 - letni	34-letni
+36 - letniego	36-letniego
+38 - letni	38-letni
+5 - letnia	5-letnia
+54 - letni	54-letni
+76 - letni	76-letni
+15 - letni	15-letni
+17 - letni	17-letni
+19 - letnia	19-letnia
+22 - letnia	22-letnia
+26 - letni	26-letni
+30 - letniego	30-letniego
+48 - letni	48-letni
+10 - minutowych	10-minutowych
+21 - letni	21-letni
+22 - letni	22-letni
+23 - letni	23-letni
+32 - letni	32-letni
+25 - letni	25-letni
+27 - letni	27-letni
+33 - letni	33-letni
+5 - minutowych	5-minutowych
+XIX - wiecznego	XIX-wiecznego
+XIX - wieczny	XIX-wieczny
+XVII - wiecznych	XVII-wiecznych
+7 - procentowym	7-procentowym
+XVI - wieczne	XVI-wieczne
+XVI - wieczny	XVI-wieczny
+XVII - wieczna	XVII-wieczna
+XVII - wieczny	XVII-wieczny
+XVIII - wieczna	XVIII-wieczna
+XVIII - wieczny	XVIII-wieczny
+XIII - wiecznym	XIII-wiecznym
+XIII - wiecznych	XIII-wiecznych
+XIV - wiecznego	XIV-wiecznego
+XIX - wiecznych	XIX-wiecznych
+XV - wieczny	XV-wieczny
+IV - ligowej	IV-ligowej
+III - ligowym	III-ligowym
+III - ligową	III-ligową
+II - ligowego	II-ligowego
+II - ligowemu	II-ligowemu
+I - ligowej	I-ligowej
+60 - stopniowym	60-stopniowym
+435 - litrowym	435-litrowym
+41 - letni	41-letni
+40 - godzinnym	40-godzinnym
+40 - tysięcznym	40-tysięcznym
+3,5 - tonowym	3,5-tonowym
+24 - karatowym	24-karatowym
+24 - osobowym	24-osobowym
+22 - procentowym	22-procentowym
+20 - tomowym	20-tomowym
+20 - złotowym	20-złotowym
+2 - godzinnym	2-godzinnym
+17 - letnim	17-letnim
+16 - letnim	16-letnim
+15 - letnim	15-letnim
+150 - tysięcznym	150-tysięcznym
+150 - procentowego	150-procentowego
+100 - tysięcznym	100-tysięcznym
+10 - letnim	10-letnim
+72 - letniego	72-letniego
+11 - letnim	11-letnim
+12 - letnim	12-letnim
+8 - osobowych	8-osobowych
+800 - gramowy	800-gramowy
+100 - ml	100-ml
+12 - cyfrowy	12-cyfrowy
+185 - osobową	185-osobową
+27 - Ietni	27-Ietni
+4.4 - litrowy	4.4-litrowy
+44 - krotne	44-krotne
+6 - minutowego	6-minutowego
+@PHRASE_NAMES
+  infp np prepnp adjp ip cp ncp prepncp advp padvp colonp mp intp conj-np
+  adja prepadjp compar measure num aglt aux-fut
+  aux-past aux-imp qub interj sinterj hyphen
+  rparen rparen2 rquot rquot2 rquot3 inclusion
+  day-interval day-lex day-month-interval date-interval
+  month-lex month-interval year-interval roman roman-interval
+  hour-minute-interval hour-interval obj-id match-result
+  url email day-month day year date hour hour-minute lex
+  się nie roku to by s <root> <conll_root> or or2 <colon> <speaker> <speaker-end> <squery> <sentence> <paragraph>
+  <subst> <depr> <ppron12> <ppron3> <siebie> <prep> <num> <numcomp> <intnum>
+  <realnum> <intnum-interval> <realnum-interval> <symbol> <ordnum>
+  <date> <date-interval> <hour-minute> <hour> <hour-minute-interval>
+  <hour-interval> <year> <year-interval> <day> <day-interval> <day-month>
+  <day-month-interval> <month-interval> <roman> <roman-interval> <roman-ordnum>
+  <match-result> <url> <email> <phone-number> <postal-code> <obj-id> <list-item> <fixed> <adj> <apron> <adjc> <adjp> <adja>
+  <adv> <ger> <pact> <ppas> <fin> <bedzie> <praet> <winien> <impt>
+  <imps> <pred> <aglt> <inf> <pcon> <pant> <qub> <comp> <compar> <conj> <interj>
+  <sinterj> <burk> <interp> <part> <unk> <building-number> jak czy za do od o w na z u dla przeciwko location time link miesiąc pod niż w_celu
+  title title-end token inclusion inclusion-end comparp jako quot-end
+  Time GenericDescription
+  Location Street StreetName Town TownName
+  Payment Person Profession ProfessionParam
+  Division OrganizationName OrganizationType OrganizationTypeParam
+  Service ServiceParam SericeEffect
+  Instance Issue Quarter Price Name Confirmation Email Telephone PostalCode
+  HouseNumber Geolocus Measure Rating OpAdNum Y Animal State Interrogative
+  Action Attitude PriceDescription RateDescription ServiceParamDescription
+  null Apoz PHas CORE Has Attr Compar PApoz Merge Count Thme Manr Lemma Arg Time
+  sem nosem
+
+@WEIGHTS
+symbol_weight=1
+measure_weight=1
+
+@LEXICON
+
+pos=adj,cat=HourNumber:
+  QUANT[person=ter]
+  np*number*case*gender*person*coerced*role*node{schema}{local-schema};
+
+pos=adj,cat=DayNumber:
+  QUANT[person=ter]
+  np*number*case*gender*person*coerced*role*node{schema}{local-schema};
+
+
+lemma=</sentence>,pos=interp,node=relations,phrase=s:     BRACKET 
+  QUANT[role=0] 
+  s*role*node
+    \?(ip*T*T*T*T*null*sit+cp*int*T*T*null*sit+cp*sub*T*T*null*sit+mp*T*null*sit+intp*T*null*sit+interj*T*null*sit+sinterj*T*null*sit+np*T*nom*T*ter*Location*null*sit);
+lemma=</sentence>,pos=interp,node=relations,phrase=s:     BRACKET 
+  QUANT[role=0] 
+  s*role*node
+    \?(mp*State*null*sit+intp*State*null*sit+np*T*T*T*ter*State*null*sit+xp*State*null*sit+interj*T*null*sit+sinterj*T*null*sit);
+
+
+Y	Y	subst:sg:_:_
+nad ranem	nad ranem	adv
+jak daleko	jak daleko	adv
+o ile	o_ile	comp
+w celu	w celu	prep:gen
+wraz z	wraz z	prep:inst
+w górę	w_górę	qub
+dzień dobry	dzień dobry	interj
+Dzień Dobry	dzień dobry	interj
+do widzenia	do widzenia	interj
+do zobaczenia	do zobaczenia	interj
+do następnego razu	do następnego razu	interj
+luz	luz	interj
+yes	yes	interj
+yhym	yhym	interj
+yeap	yeap	interj
+aj	aj	interj
+niech będzie	niech będzie	interj
+wszystko jasne	wszystko jasne	interj
+to ważne	to ważne	interj
+trochę słabo	trochę słabo	interj
+to znaczy	to znaczy	interj
+w porządku	w porządku	interj
+na przykład	na przykład	interj
+
+( C ) Maćka	(C)Maćka
+-21 - latków	- 21-latków
+. pl	.pl
+... ewski	...ewski
+0-20 -21 -22	0-20-21-22
+0-46 855 -45 -26 ) .	0-46 855-45-26 ) .
+0-800 -20 -150	0-800-20-150
+0603 / 166-367	0603/166-367
+1 )	1)
+1 , 115.000	1,115.000
+1 a .	1a.
+1 d	1d
+1 f	1f
+1004 - A	1004-A
+109 P 4	109P4
+11 b	11b
+11 c	11c
+12 - b	12-b
+12 E	12E
+12 a	12a
+12 b	12b
+13 .	13.
+13 b	13b
+14 a	14a
+146 A	146A
+146 B	146B
+147 h	147h
+147 j	147j
+158 - Pound	158-Pound
+16 b	16b
+18 a	18a
+18 b	18b
+18 c	18c
+1912-199 ?	1912 - 199?
+1:100 000 .	1 : 100 000 .
+2 +	2+
+2 -	2-
+2 - 000 - 001	2-000-001
+2 A 4	2A4
+2 b	2b
+2 c	2c
+2 d	2d
+2 e	2e
+2 p	2p
+24 A	24A
+24 d	24d
+248 Z	248Z
+25 a	25a
+25 h	25h
+251 a	251a
+3 . c	3.c
+3 b	3b
+3 d	3d
+3 mamy	3mamy
+35 ´	35´
+4 . a .	4.a.
+4 . b	4.b
+4 . c .	4.c.
+4 media	4media
+40 - 045	40-045
+40 - krotność	40-krotność
+40 b	40b
+41 ai	41a i
+418-26 -88	418-26-88
+44 m -7	44m-7
+455 - A	455-A
+467-89 -45	467-89-45
+492 A	492A
+492 B	492B
+5 a	5a
+5 d	5d
+5 x	5x
+50 - krotność	50-krotność
+50 - metre	50-metre
+50 b	50b
+510 256 732 .	510 256 732 .
+515 - A	515-A
+52 a	52a
+520-59 -50	520-59-50
+56 e	56e
+56 zf	56zf
+58 / fin / 50	58/fin/50
+6 . c	6.c
+6 . d .	6.d.
+6 ABX 2	6ABX2
+6 LX 2	6LX2
+60.22.11 - 00.00	60.22.11-00.00
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+Remie ń	Remień
+Red em	Redem
+Mik em	Mikem
+Komorze m	Komorzem
+Ki - jung	Ki-jung
+Kai m	Kaim
+Jiang - qing	Jiang-qing
+Grabo ś	Graboś
+Dingi em	Dingiem
+Den by	Denby
+Ciasto ń	Ciastoń
+Chore ń	Choreń
+C -12	C-12
+C -11	C-11
+e - sporcie	e-sporcie
+non - profit	non-profit
+metylu -1 - ol	metylu-1-ol
+eks - szef	eks-szef
+e - wydania	e-wydania
+blue - box	blue-box
+bio - obrazowania	bio-obrazowania
+art . - rocka	art.-rocka
+Yabu - san	Yabu-san
+TEN - T	TEN-T
+alergogennymskładnikiem	alergogennym składnikiem
+PNCRM 17	PNCRM17
+Nanim	Na nim
+6 - ciu	6-ciu
+walijskie m	walijskiem
+będzie m	będziem
+2 n -1	2n-1
+4 x 4	4x4
+F M	FM
+Gu ` erinem	Gu`erinem
+LN M	LNM
+PL M	PLM
+UM Ś	UMŚ
+Mile m	Milem
+Zachodniopomorskie m	Zachodniopomorskiem
+Zombie m	Zombiem
+f m	fm
+hm m	hmm
+in ż	inż
+n m	nm
+pp m	ppm
+–3	– 3
+- wymiarowej	-wymiarowej
+B r.	Br .
+Mowiłem	Mowił em
+Poszłem	Poszł em
+doszłem	doszł em
+wytuszowałam	wytuszowała m
+wzielibyście	wzieli by ście
+Time	Has	Day
+#dnia 23
+Time	Has	Month
+Time	Has	Year
+Time	Has	WeekDay
+Time	Has	Hour
+Time	Has	TimeOfDay
+
+Hour	Prtc	Instance
+Hour	Attr	GenericDescription
+
+#miasto Warszawa
+Location	Has	Town
+Location	Has	Quarter
+Location	Has	Street
+Location	Has	HouseNumber
+
+Location	Prtc	Service
+Location	Attr	GenericDescription
+Location	Attr	Attitude
+
+Division	Has	OrganizationType
+Division	Has	OrganizationName
+Division	Has	Location
+Division	Has	Rating
+
+Person	Attr	GenericDescription
+Person	Attr	PersonDescription
+Person	Has	Profession
+#zawód hydraulik
+Person	Has	FirstName
+#imię Jan
+Person	Has	LastName
+#nazwisko Kowalski
+Profession	Has	ProfessionParam
+ProfessionParam	Attr	ProfessionParamDescription
+
+Name	Prtc	Person
+
+Service	Doer	Person
+Service	Doer	Division
+Service	Param	ServiceParam
+Service	Param	Animal
+Service	Goal	Service
+Service	Has	Time
+Service	Has	Location
+Service	SideAction	Service
+Service	Attr	ServiceDescription
+Service	Has	Confirmation
+Service	Has	Price
+
+ServiceParam	Prtc	Service
+ServiceParam	Attr	ServiceParamDescription
+ServiceParam	Attr	GenericDescription
+ServiceParam	Prtc	Instance
+
+Animal	Attr	GenericDescription
+
+OrganizationType	Attr	OrganizationTypeDescription
+OrganizationType	Param	OrganizationTypeParam
+
+Instance	Has	Service
+Instance	Doer	Person
+Instance	Doer	Division
+Instance	Has	Time
+Instance	Has	Location
+Instance	Has	Price
+Instance	Client	Name
+Instance	Has	Confirmation
+Instance	Status	InstanceStatus
+Instance	Attr	GenericDescription
+
+#FIXME: czy nie lepiej byłoby: Price	Measure	Amount
+Price	Count	Number
+Price	Attr	RateDescription
+
+Rating	Prtc	Person
+#FIXME: w poniższym trzeba zmienić relację lub typ
+Rating	Measure	Measure
+Rating	Attr	GenericDescription
+
+Confirmation	Thme	Instance
+Confirmation	Attr	ConfirmationDescription
+
+Reminder	Thme	Instance
+
+Action	Agnt	Person
+Action	Doer	Person
+Action	Client	Person
+Action	Client	Animal
+Action	Thme	Instance
+Action	Thme	Service
+Action	Thme	Confirmation
+Action	Doer	Division
+Action	Has	Time
+Action	Has	Location
+Action	Thme	Location
+Action	Thme	Time
+Action	Thme	ServiceParam
+Action	Thme	Division
+Action	Thme	Name
+Action	Thme	Rating
+Action	Thme	Email
+Action	Thme	Reminder
+Action	Goal	Instance
+
+		Service
+
+Attitude	Thme	Situation
+#FIXME: poniższe wymaga przemyślena użycia kontekstów
+Attitude	Thme	Action
+Attitude	Thme	Instance
+Attitude	Thme	Confirmation
+Attitude	Thme	Action
+Attitude	Agnt	Person
+Attitude	Agnt2	Person
+Attitude	Manr	GenericDescription
+
+MentalState	Expr	Person
+MentalState	Thme	Time
+MentalState	Thme	Instance
+MentalState	Thme	Rating
+MentalState	Thme	ServiceParam
+
+State	Agnt	Person
+State	Thme	Instance
+State	Attr	GenericDescription
+State	Thme	ServiceParam
+State	Thme	Division
+
+Situation	Next	Situation
+np:$n:$c:$g	_:subst:$n:$c:$g -> nummod -> _:num:$n:$c:$g:congr
+np:$n:$c:$g	_:subst:$n:gen:$g -> nummod -> _:num:$n:$c:$g:rec
+adjp:$n:$c:$g	_:adj:$n:$c:$g -> nummod -> _:num:$n:$c:$g:congr
+adjp:$n:$c:$g	_:adj:$n:gen:$g -> nummod -> _:num:$n:$c:$g:rec
+np:$n:$c:$g	_:brev -> nummod -> _:num:$n:$c:$g
+
+pp	_:subst.ger.num.ppron12.ppron3.adj:_:$c:_ -> case -> _:prep:$c
+pp	_:siebie:$c -> case -> _:prep:$c
+pp	_:brev -> case -> _:prep
+pp	na:prep -> fixed -> _:adv
+pp	_:adv -> case -> na:prep
+comprep:gen	_:prep:$c -> fixed -> _:subst:_:$c:_
+pp	_:subst.ger.num.ppron12.ppron3.adj:_:$c:_ -> case -> comprep:$c
+
+ip	_:subst:_:nom:_ -> cop -> to:pred
+ip	_:adj:$n:nom:_ -> cop -> być:fin.bedzie:$n:$p
+ip	_:adj:$n:nom:$g -> cop -> być:praet:$n:$g
+infp	_:adj:_:nom:_ -> cop -> być:inf
+ip	_:subst:$n:inst:_ -> cop -> być:fin.praet.bedzie:$n:_
+infp	_:subst:$n:inst:_ -> cop -> być:inf
+ip	_:subst:$n:nom:_ -> cop -> [ _:pred: -> aux -> _:fin:$n:ter ]
+ip	_:subst:$n:nom:$g -> cop -> [ _:pred: -> aux -> _:praet:$n:$g ]
+
+ip	_:pred -> aux -> _:fin.praet.bedzie
+ip	_:inf -> aux -> _:bedzie
+ip	_:praet:$n:_ -> aux -> _:bedzie:$n:_
+ip	_:ppas:$n:nom:_ -> aux:pass -> _:fin.bedzie:$n:_
+ip	_:ppas:$n:nom:$g -> aux:pass -> _:praet:$n:$g
+ip	_:ppas:$n:nom:$g -> aux -> _:praet:$n:$g
+infp	_:ppas:_:nom:_ -> aux:pass -> _:inf
+
+cp	_:praet.winien.fin.inf.bedzie.imps.pred -> mark -> _:comp
+cp	[ _:_ -> cop -> _:praet.fin ] -> mark -> _:comp:
+cp	[ _:_ -> aux:pass -> _:praet.fin.bedzie ] -> mark -> _:comp:
+#jako.jak.niż:prep:nom -> rev_mark -> _:subst.adj:_:nom:_
+sent	_:subst.adj:_:nom:_ -> mark -> _:prep:nom
+sent	_:adv:pos -> mark -> _:comp:
+
+conjp	jak:conj -> fixed -> i:conj
+comprep:$c	wraz:adv -> fixed -> z:prep:$c
+
+#sent	_:fin.praet.winien.imps -> punct -> .:interp
+#sent	_:fin.praet.winien.imps -> punct -> ?:interp
+#sent	[ _:_ -> cop -> _:fin.praet.winien ] -> punct -> .:interp
+#sent	[ _:_ -> cop -> _:fin.praet.winien ] -> punct -> ?:interp
+
+np:$n:$c:$g -> amod -> adjp:$n:$c:$g
+COORD np:_:$c:_ -> amod -> adjp:_:$c:_
+_:subst.ger.adj:$n:$c:$g -> det -> _:adj:$n:$c:$g
+_:siebie:$c -> amod -> _:adjp:_:$c:_
+_:brev -> amod -> _:adjp:_:_:_
+który:adj:$n:$c:$g -> amod -> adjp:$n:$c:$g
+
+_:subst.adj:$n:$c:$g -> nummod -> jeden:adj:$n:$c:$g
+
+_:subst:$n:$c:$g -> flat -> _:adj:$n:$c:$g
+_:subst.adj:_:_:_ -> flat -> _:subst:_:gen:_
+_:brev -> flat -> _:subst.adj.brev
+_:subst:$n:$c:$g -> flat -> _:subst:$n:$c:$g
+_:subst:_:_:_ -> flat -> _:brev
+
+_:subst.ger:_:_:_ -> nmod -> pp
+_:subst:_:_:_ -> nmod -> np:_:gen:_
+_:subst:_:_:_ -> nmod:arg -> np:_:gen:_
+_:subst:$n:$c:$g -> nmod -> _:adj:$n:$c:$g
+_:subst:_:_:_ -> nmod -> _:dig
+_:subst:_:_:_ -> nmod -> _:subst.num:_:nom:_
+_:subst:_:_:_ -> nmod -> [ _:subst.brev -> nummod -> _:num:_:nom:_ ]
+_:brev -> nmod -> _:dig
+_:brev -> nmod -> _:brev
+_:brev -> nmod -> _:subst:_:gen:_
+_:brev -> nmod:arg -> _:brev
+_:brev -> nmod:arg -> _:subst:_:gen:_
+_:subst:_:_:_ -> nmod -> _:brev
+_:subst:_:_:_ -> nmod:title -> _:subst:_:nom:_
+
+_:subst:_:$c:_ -> appos -> _:subst:_:$c:_
+_:brev -> appos -> _:subst
+_:subst -> appos -> _:brev
+_:subst:_:_:_ -> appos -> _:subst:_:nom:_
+
+_:ppas -> obl:agent -> [ _:subst -> case -> przez:prep:acc ]
+
+
+_:fin.praet.pred -> discourse:comment -> _:qub
+
+_:fin.praet.winien.inf.pcon.pact.impt.imps.pred.bedzie -> cc -> conjp
+
+
+
+#jako.niż:conj -> rev_nummod -> _:subst:_:acc:_
+
+_:fin.praet.winien.inf.pcon.pact.impt.imps.pred.bedzie.ppas -> advmod -> _:qub
+_:fin.praet.winien.inf.pcon.pact.impt.imps.pred.bedzie.ppas -> advmod -> _:adv
+_:fin.praet.winien.inf.pcon.pact.impt.imps.pred.bedzie.ppas -> advmod -> [ na:prep -> fixed -> _:adv ]
+_:adv.adj.subst.prep.comp.num.qub -> advmod -> _:qub
+_:adv.adj -> advmod -> _:adv
+
+_:fin:$n:ter -> nsubj -> _:subst.ger.adj:$n:nom:_
+COORD _:fin:_:ter -> nsubj -> _:subst.ger.adj:_:nom:_
+_:fin:$n:ter -> nsubj -> [ _:subst.brev -> nummod -> _:num:$n:nom:_ ]
+COORD _:fin:_:ter -> nsubj -> [ _:subst.brev -> nummod -> _:num:_:nom:_ ]
+_:fin:$n:$p -> nsubj -> _:ppron12.ppron3:$n:nom:_:$p
+_:praet.winien:$n:$g -> nsubj -> _:subst.ger.num.adj.ppron12.ppron3:$n:nom:$g
+_:praet.winien:$n:$g -> nsubj -> [ _:subst.brev -> nummod -> _:num:$n:nom:$g ]
+[ _:_ -> cop -> _:praet.winien:$n:$g ] -> nsubj -> _:subst.ger.num.adj.ppron12.ppron3:$n:nom:$g
+[ _:adj:$n:nom:$g -> cop -> _:fin:$n:ter ] -> nsubj -> _:subst.ger.num.adj.ppron3:$n:nom:$g
+_:fin:sg:ter -> nsubj -> [ _:subst.brev -> nummod -> _:num:_:nom:_:rec ]
+_:praet.winien:sg:n -> nsubj -> [ _:subst.brev -> nummod -> _:num:_:nom:_:rec ]
+_:fin.praet.winien:_:_ -> nsubj -> _:brev
+[ _:ppas:$n:nom:$g -> aux:pass -> _:praet:$n:$g ] -> nsubj:pass -> np:$n:nom:$g
+[ _:ppas:$n:nom:$g -> aux:pass -> _:fin:$n:_ ] -> nsubj:pass -> np:$n:nom:$g
+[ _:ppas:$n:nom:$g -> aux:pass -> _:praet:$n:$g ] -> nsubj:pass -> adjp:$n:nom:$g
+[ _:ppas:$n:nom:$g -> aux:pass -> _:fin:$n:_ ] -> nsubj:pass -> adjp:$n:nom:$g
+
+_:fin.praet.winien.inf.pcon.pact.pant.impt.imps.ger -> obj -> np:_:gen.acc:_
+_:fin.praet.winien.inf.pcon.pact.pant.impt.imps.ger -> obj -> adjp:_:gen.acc:_
+_:fin.praet.inf.pcon.pact.pant.impt.imps.ger.ppas -> ccomp:obj -> _:comp
+_:fin.praet.inf.pcon.pact.impt.imps.pred.ger.ppas -> iobj -> np:_:nom.gen.dat.acc.inst:_
+_:fin.praet.inf.pcon.pact.impt.imps.pred.ger.ppas -> iobj -> adjp:_:nom.gen.dat.acc.inst:_
+_:fin.praet.inf.pcon.pact.impt.imps.pred.ger.ppas -> iobj -> [ _:subst.brev -> nummod -> _:num:_:gen.acc:_ ]
+_:fin.praet.inf.pcon.pact.impt.imps.pred.ger.ppas -> iobj -> _:siebie:gen.dat.acc.inst
+
+_:fin.praet.winien.inf.pcon.pact.impt.imps.pred.bedzie.ger.ppas.adj -> obl -> pp
+_:fin.praet.winien.inf.pcon.pact.impt.imps.pred.bedzie.ger.ppas.subst -> obl:arg -> pp
+_:fin.praet.inf.pcon.pact.impt.imps.pred.ger.ppas -> obl -> np:_:inst:_
+daleko:adv:com -> obl -> _:subst:_:nom:_
+niedaleko:adv:pos -> obl:arg -> np:_:gen:_
+
+_:fin.praet.winien.inf.pcon.pact.impt.imps.pred.bedzie -> xcomp -> infp
+trudno.dobrze.zbyt.łatwo.tyle:adv -> xcomp -> infp
+to:subst:sg:_:n -> xcomp -> aby.żeby.by:comp
+_:fin.praet.winien.inf.pcon.pact.impt.imps.pred.bedzie -> xcomp -> aby.żeby.by.że:comp
+
+_:fin.praet.inf.pcon.pact.pant.impt.imps.pred.ger.ppas -> ccomp -> _:comp
+_:adv.adj.subst -> ccomp -> _:comp
+_:fin.praet.inf.impt.pred -> ccomp -> ip
+
+_:fin.praet.winien.inf.pred -> advcl -> _:pcon.pant
+_:fin.praet.winien.inf.impt.pred.ppas.bedzie -> advcl -> _:comp
+_:fin -> advcl -> _:fin
+_:praet -> advcl -> _:praet
+_:adv.adj.subst -> advcl -> _:comp
+
+_:praet.winien:$n:_ -> compound:aglt -> być:aglt:$n:_
+by:qub -> compound:aglt -> być:aglt
+by.gdyby.jakby:comp -> compound:aglt -> być:aglt
+_:praet.winien:_:_ -> compound:cnd -> by:qub
+_:fin.praet.winien.inf.pcon.pact.ger.pant.impt.imps.pred -> expl:impers -> się:qub
+_:fin.praet.winien.inf.pcon.pact.ger.pant.impt.imps.pred -> expl:impers -> siebie:siebie:dat
+
+#<conll_root>:interp -> root -> sent
+<conll_root>:interp -> root -> ip
+<conll_root>:interp -> root -> cp
+#<conll_root>:interp -> root -> [ _:_ -> cop -> _:praet.winien:$n:$g | punct -> _:interp ]
+<conll_root>:interp -> root -> np:_:nom:_
+<conll_root>:interp -> root -> _:brev
+#<conll_root>:interp -> root -> _:prep:_
+<conll_root>:interp -> root -> trudno:adv:pos
+<conll_root>:interp -> root -> dobrze:adv:com
+<conll_root>:interp -> root -> tyle:adv:pos
+<conll_root>:interp -> root -> tak:adv:pos
+<conll_root>:interp -> root -> dobrze:adv:pos
+<conll_root>:interp -> root -> oto:adv:pos
+<conll_root>:interp -> root -> łatwo:adv:com
+<conll_root>:interp -> root -> wtedy:adv:pos
+<conll_root>:interp -> root -> trudno:adv:com
+<conll_root>:interp -> root -> przykro:adv:pos
+<conll_root>:interp -> root -> podobnie:adv:pos
+<conll_root>:interp -> root -> dlatego:adv:pos
+<conll_root>:interp -> root -> zwłaszcza:qub
+<conll_root>:interp -> root -> notyfikować:ppas:_:nom:_
+<conll_root>:interp -> root -> wykluczyć:ppas:_:nom:_
+<conll_root>:interp -> root -> zmieniać:pact:_:nom:_
+<conll_root>:interp -> root -> uwzględniać:pcon:imperf
+<conll_root>:interp -> root -> mieć:pcon:imperf
+<conll_root>:interp -> root -> pragnąć:pcon:imperf
+<conll_root>:interp -> root -> mówić:pcon:imperf
+<conll_root>:interp -> root -> mieć:pcon:imperf
+
+#_:adj.pcon.fin.comp.impl.ppas -> punct -> ,:interp
+_:_ -> punct -> _:interp
+
+#_:fin.praet.winien.inf.pcon.pact.impt.imps.pred.bedzie.ger.ppas.adj -> obl -> [ który:adj -> case -> _:prep ]
+#_:fin.praet.winien.inf.pcon.pact.impt.imps.pred.bedzie.ger.ppas.subst -> obl:arg -> [ który:adj -> case -> _:prep ]
+
+#tu by trzeba dodać analizę "który"
+_:subst -> acl:relcl -> ip
+
+[ _:adj -> cop -> _:bedzie ] -> cc -> _:conj
+[ _:bedzie -> mark -> _:comp ] -> nsubj -> _:subst
+cp -> ccomp -> cp
+[ _:inf -> aux -> _:bedzie ] -> nsubj -> _:adj
+cp -> ccomp -> cp
+pp -> cop -> _:fin
+pp -> cop -> _:praet
+[ _:subst -> cop -> _:praet ] -> cc -> _:conj
+_:adj -> advcl -> cp
+_:adj -> obl -> _:subst
+_:adv -> aux -> _:praet
+_:adv -> obl -> [ _:subst -> nummod -> _:num ]
+_:fin -> cc:preconj -> _:conj
+_:fin -> ccomp -> [ _:adj -> mark -> _:comp | cop -> _:fin ]
+_:fin -> xcomp -> [ _:inf -> mark -> _:comp ]
+_:impt -> mark -> _:comp
+_:inf -> discourse:comment -> [ _:prep -> fixed -> _:subst ]
+_:inf -> obl -> [ _:subst -> mark -> _:prep ]
+_:ppas -> obl:agent -> [ _:siebie -> case -> _:prep ]
+_:ppron12 -> appos -> _:subst
+_:praet -> obl:comp -> cp
+_:subst -> compound:aglt -> _:aglt
+_:subst -> det -> _:adj
+_:subst -> discourse:comment -> _:subst
+cp -> advcl -> [ _:inf -> mark -> _:comp ]
+pp -> nmod:arg -> _:adj
+pp -> nsubj -> _:subst
+#[ _:subst -> cop -> [ _:pred -> aux -> _:praet ] ] -> mark -> _:comp
+_:adv -> xcomp -> [ _:inf -> mark -> _:comp ]
+_:conj -> nmod -> _:subst
+_:dig -> case -> _:prep
+_:ger -> list -> _:dig
+_:ger -> nmod -> _:subst
+_:pant -> obl -> pp
+_:pant -> obl:arg -> pp
+_:ppas -> aux -> _:inf
+_:praet -> csubj -> cp
+_:subst -> advcl -> cp
+#[ _:adj -> mark -> _:comp | cop -> _:fin ] -> obl:arg -> pp
+[ _:ppas -> aux -> _:praet ] -> nsubj:pass -> _:adj
+cp -> advcl -> cp
+pp -> fixed -> _:subst
+pp -> nmod -> _:adj
+_:adj -> discourse:comment -> _:adv
+_:adj -> iobj -> _:subst
+_:adj -> obl:comp -> [ _:adj -> mark -> _:prep ]
+_:adv -> mark -> _:comp
+_:fin -> acl:relcl -> _:fin
+_:fin -> discourse:comment -> _:subst
+_:fin -> iobj -> _:num
+_:interp -> case -> _:prep
+_:ppas -> cop -> _:fin
+_:ppron12 -> mark -> _:prep
+_:praet -> discourse:intj -> _:interj
+_:praet -> mark -> _:conj
+_:praet -> parataxis -> _:adv
+_:subst -> appos -> _:adj
+_:subst -> discourse:comment -> _:adv
+_:subst -> mark -> _:prep
+_:adj -> case -> _:prep
+_:fin -> advcl -> [ _:ppas -> mark -> _:comp | aux:pass -> _:fin ]
+_:fin -> obl:comp -> [ _:subst -> mark -> _:prep ]
+_:ger -> mark -> _:prep
+_:inf -> advmod -> [ _:prep -> fixed -> _:subst ]
+_:inf -> mark -> _:conj
+_:ppas -> cop -> _:praet
+_:ppas -> nsubj -> _:subst
+_:ppas -> obl:agent -> [ _:ppron3 -> case -> _:prep ]
+_:ppron3 -> nummod -> _:num
+_:praet -> discourse:comment -> _:subst
+_:subst -> advcl -> cp
+_:subst -> cop -> [ _:pred -> aux -> _:bedzie ]
+_:subst -> nsubj -> _:ppron3
+[ _:adj -> cop -> _:bedzie ] -> mark -> _:comp
+[ _:adj -> cop -> _:praet ] -> compound:cnd -> _:qub
+pp -> amod -> _:adj
+#[ _:subst -> cop -> [ _:pred -> aux -> _:fin ] ] -> cc -> _:conj
+_:adj -> discourse:comment -> _:qub
+_:adv -> discourse:comment -> _:qub
+_:adv -> obl -> _:subst
+_:burk -> case -> _:prep
+_:conj -> nsubj -> _:subst
+_:interp -> cc -> _:conj
+_:interp -> fixed -> _:num
+_:interp -> root -> pp
+_:interp -> root -> _:subst
+_:num -> fixed -> _:num
+_:num -> nmod -> [ _:ppron3 -> case -> _:prep ]
+_:pact -> case -> _:prep
+_:pcon -> ccomp -> cp
+_:ppas -> case -> _:prep
+_:ppas -> obl:agent -> [ _:ppron12 -> case -> _:prep ]
+_:praet -> advmod -> _:adj
+_:prep -> discourse:comment -> _:adv
+_:subst -> nmod -> [ _:subst -> mark -> _:prep ]
+[ _:inf -> mark -> _:comp ] -> nsubj -> _:subst
+[ _:subst -> cop -> _:pred ] -> obl -> pp
+_:adj -> nmod -> _:subst
+_:fin -> csubj -> cp
+_:inf -> advcl -> cp
+_:inf -> ccomp -> cp
+_:ppas -> mark -> _:comp
+_:prep -> obl -> [ _:subst -> nummod -> _:num ]
+_:subst -> obl -> pp
+_:subst -> xcomp -> _:inf
+[ _:adj -> cop -> _:praet ] -> compound:aglt -> _:aglt
+[ _:ppas -> aux:pass -> _:praet ] -> cc -> _:conj
+pp -> cc:preconj -> _:conj
+pp -> flat -> _:adj
+pp -> flat -> _:subst
+_:adv -> ccomp -> _:fin
+_:brev -> nmod -> pp
+_:fin -> mark -> _:conj
+_:praet -> mark -> _:adv
+_:qub -> cc -> _:conj
+_:subst -> discourse:intj -> _:interj
+_:subst -> nmod:arg -> _:brev
+_:adj -> obl:arg -> [ _:ger -> case -> _:prep ]
+_:adv -> fixed -> _:comp
+_:adv -> obl:arg -> _:subst
+_:brev -> case -> [ _:prep -> fixed -> _:subst ]
+_:fin -> ccomp:obj -> cp
+_:fin -> discourse:comment -> _:brev
+_:fin -> obl -> [ _:subst -> nummod -> _:num ]
+_:ger -> nmod:arg -> _:subst
+_:inf -> nsubj -> _:subst
+_:interp -> nmod:arg -> _:subst
+_:interp -> nsubj -> _:subst
+_:subst -> acl:relcl -> _:subst
+_:subst -> flat -> _:adja
+_:subst -> xcomp -> [ _:inf -> mark -> _:comp ]
+[ _:pred -> mark -> _:comp ] -> aux -> _:praet
+_:fin -> advmod -> _:adj
+_:fin -> obl -> [ _:subst -> mark -> _:prep ]
+_:subst -> nsubj -> _:adj
+[ _:adj -> cop -> _:praet ] -> cc -> _:conj
+[ _:ger -> case -> _:prep ] -> obl:agent -> pp
+[ _:ppas -> aux:pass -> _:fin ] -> cc -> _:conj
+[ _:subst -> cop -> _:fin ] -> cc -> _:conj
+[ _:subst -> cop -> _:fin ] -> obl -> pp
+_:adj -> acl:relcl -> _:fin
+_:adv -> obl:arg -> pp
+_:fin -> nsubj -> _:adj
+_:inf -> ccomp:obj -> cp
+_:inf -> fixed -> _:qub
+_:praet -> advcl -> cp
+_:prep -> case -> [ _:prep -> fixed -> _:subst ]
+[ _:adj -> case -> _:prep ] -> fixed -> _:dig
+[ _:subst -> cop -> _:fin ] -> nsubj -> _:ger
+[ _:subst -> cop -> _:praet ] -> obl -> pp
+_:conj -> advmod -> _:qub
+_:fin -> advmod:arg -> _:adv
+_:fin -> list -> _:dig
+_:impt -> advcl -> cp
+_:subst -> fixed -> _:adj
+[ _:subst -> cop -> _:praet ] -> advmod -> _:adv
+_:fin -> discourse:intj -> _:interj
+_:fin -> obj -> _:subst
+_:ger -> advmod -> _:qub
+_:subst -> flat -> _:dig
+cp -> advcl -> cp
+cp -> nsubj -> _:subst
+_:adj -> acl:relcl -> _:praet
+_:inf -> advcl -> [ _:inf -> mark -> _:comp ]
+_:inf -> ccomp -> cp
+_:praet -> ccomp:obj -> cp
+_:praet -> parataxis -> _:impt
+_:praet -> parataxis -> _:subst
+_:prep -> obl -> pp
+_:subst -> case -> _:prep
+cp -> nsubj -> _:subst
+_:ppas -> aux -> _:fin
+pp -> xcomp -> [ _:inf -> mark -> _:comp ]
+_:adj -> amod -> _:adj
+_:adj -> cop -> _:inf
+_:num -> cc -> _:conj
+_:num -> obl -> _:brev
+_:praet -> obl:comp -> [ _:subst -> mark -> _:prep ]
+_:prep -> flat -> _:subst
+_:subst -> nmod:arg -> _:subst
+[ _:adj -> cop -> _:fin ] -> obl:arg -> pp
+_:adv -> mark -> _:conj
+_:fin -> mark -> _:adv
+_:interp -> fixed -> _:dig
+_:subst -> parataxis -> _:fin
+#[ _:subst -> cop -> [ _:pred -> aux -> _:fin ] ] -> mark -> _:comp
+[ _:subst -> nummod -> _:num ] -> cc -> _:conj
+_:adj -> cop -> _:pred
+_:adv -> ccomp -> cp
+_:adv -> mark -> _:adv
+_:prep -> discourse:comment -> _:brev
+_:adv -> case -> _:prep
+_:ppas -> nsubj:pass -> _:subst
+_:subst -> discourse:comment -> pp
+pp -> advmod -> _:adv
+[ _:subst -> mark -> _:prep ] -> cc -> _:conj
+_:adj -> fixed -> _:dig
+[ _:ger -> case -> _:prep ] -> cc -> _:conj
+[ _:subst -> cop -> _:bedzie ] -> nsubj -> _:subst
+_:prep -> fixed -> _:adj
+_:subst -> cop -> _:inf
+_:subst -> list -> _:dig
+_:praet -> discourse:comment -> pp
+_:praet -> vocative -> _:subst
+_:subst -> ccomp -> cp
+_:subst -> nmod:arg -> _:adj
+[ _:inf -> mark -> _:comp ] -> aux -> _:bedzie
+pp -> nmod -> _:subst
+_:adv -> acl:relcl -> _:praet
+_:praet -> obl -> [ _:subst -> nummod -> _:num ]
+pp -> ccomp -> cp
+_:adj -> mark -> _:conj
+_:adv -> acl:relcl -> _:fin
+_:fin -> advmod -> [ _:prep -> fixed -> _:subst ]
+_:qub -> fixed -> _:adv
+[ _:ppas -> aux:pass -> _:bedzie ] -> nsubj:pass -> _:subst
+[ _:subst -> cop -> _:pred ] -> cc -> _:conj
+_:bedzie -> nsubj -> _:subst
+_:fin -> discourse:comment -> pp
+_:fin -> ccomp:obj -> cp
+_:ppron3 -> advmod -> _:qub
+_:prep -> cc -> _:conj
+pp -> cc -> _:conj
+#[ _:subst -> mark -> _:comp | cop -> _:fin ] -> nsubj -> _:subst
+_:fin -> compound:imp -> _:qub
+_:brev -> amod -> _:adj
+_:ger -> obl:agent -> pp
+_:num -> nmod -> pp
+_:praet -> obl -> [ _:subst -> mark -> _:prep ]
+_:subst -> fixed -> _:subst
+[ _:ger -> case -> _:prep ] -> nsubj -> _:subst
+_:adv -> fixed -> _:qub
+_:praet -> advmod -> [ _:prep -> fixed -> _:subst ]
+_:praet -> discourse:comment -> [ _:prep -> fixed -> _:subst ]
+_:subst -> cop -> _:pact
+_:ppron12 -> advmod -> _:qub
+_:prep -> discourse:comment -> [ _:prep -> fixed -> _:subst ]
+cp -> advcl -> cp
+_:adv -> ccomp -> cp
+_:adv -> obl:comp -> [ _:subst -> mark -> _:prep ]
+pp -> mark -> _:conj
+_:interp -> fixed -> _:subst
+pp -> ccomp -> cp
+pp -> obl -> pp
+[ _:subst -> cop -> _:pred ] -> mark -> _:comp
+_:adj -> nmod:arg -> _:subst
+pp -> mark -> _:comp
+_:fin -> obl -> _:subst
+_:adv -> obl -> pp
+[ _:adj -> cop -> _:bedzie ] -> nsubj -> _:subst
+_:fin -> advcl -> cp
+_:fin -> discourse:comment -> _:adv
+_:interp -> nummod -> _:num
+_:subst -> discourse:comment -> [ _:prep -> fixed -> _:subst ]
+_:subst -> nmod -> _:adj
+[ _:inf -> aux -> _:bedzie ] -> nsubj -> _:subst
+[ _:brev -> case -> _:prep ] -> amod -> _:adj
+_:ppas -> cc -> _:conj
+_:subst -> cc:preconj -> _:conj
+[ _:brev -> case -> _:prep ] -> nummod -> _:num
+_:praet -> advcl -> [ _:inf -> mark -> _:comp ]
+_:subst -> ccomp -> cp
+_:subst -> nmod -> _:subst
+_:num -> fixed -> _:subst
+[ _:adj -> cop -> _:fin ] -> cc -> _:conj
+_:adjp -> case -> _:prep
+_:adv -> fixed -> _:adv
+_:impt -> vocative -> _:subst
+_:conj -> fixed -> _:qub
+_:qub -> fixed -> _:qub
+pp -> nummod -> _:num
+_:burk -> flat -> _:subst
+cp -> aux -> _:bedzie
+_:subst -> flat -> _:subst
+_:subst -> amod -> _:adj
+pp -> amod -> _:adja
+_:fin -> advcl -> [ _:inf -> mark -> _:comp ]
+_:fin -> discourse:comment -> [ _:prep -> fixed -> _:subst ]
+_:praet -> parataxis -> _:praet
+_:subst -> discourse:comment -> _:brev
+_:adj -> cop -> _:praet
+_:praet -> ccomp -> cp
+_:adj -> mark -> _:comp
+_:praet -> ccomp -> cp
+_:subst -> cop -> _:praet
+_:num -> advmod -> _:adv
+pp -> mark -> _:adv
+_:adj -> obl:comp -> [ _:subst -> mark -> _:prep ]
+_:praet -> ccomp:obj -> cp
+_:ger -> cc -> _:conj
+_:praet -> discourse:comment -> _:adv
+_:praet -> obl -> _:subst
+_:adj -> cop -> _:fin
+_:fin -> nsubj -> _:subst
+_:fin -> parataxis -> _:praet
+_:adv -> cc -> _:conj
+_:subst -> nummod -> _:num
+_:fin -> vocative -> _:subst
+_:fin -> parataxis -> _:fin
+_:interp -> root -> _:inf
+_:subst -> obl -> pp
+_:adj -> obl:arg -> pp
+_:adj -> fixed -> _:adj
+_:conj -> fixed -> _:conj
+_:subst -> cop -> _:fin
+_:prep -> fixed -> _:adjp
+_:prep -> fixed -> _:adv
+_:fin -> ccomp -> cp
+_:subst -> amod -> _:adja
+_:subst -> mark -> _:adv
+_:praet -> nsubj -> _:subst
+_:subst -> nsubj -> _:subst
+[ _:subst -> cop -> _:pred ] -> nsubj -> _:subst
+_:num -> fixed -> _:brev
+_:subst -> mark -> _:comp
+_:subst -> advmod -> _:adv
+_:praet -> advcl -> cp
+_:ger -> nsubj -> _:subst
+_:prep -> advmod -> _:adv
+_:adj -> nsubj -> _:subst
+_:fin -> ccomp -> cp
+_:praet -> parataxis -> _:fin
+_:fin -> advcl -> cp
+[ _:subst -> cop -> _:fin ] -> nsubj -> _:subst
+_:adv -> fixed -> _:prep
+_:adj -> cc -> _:conj
+_:subst -> mark -> _:conj
+[ _:subst -> nummod -> _:num ] -> case -> _:prep
+_:subst -> fixed -> _:prep
+pp -> cc -> _:conj
+pp -> nummod -> _:num
+_:subst -> cc -> _:conj
+
+rok	Year
+miesiąc	Month
+dzień	Day
+dzień tygodnia	WeekDay
+godzina	Hour
+miasto stołeczne, na prawach powiatu	Town
+gmina miejska, miasto stołeczne	Town
+miasto	Town
+wieś	Town
+przysiółek	Town
+osada leśna	Town
+osada	Town
+kolonia	Town
+dzielnica	Quarter
+część miejscowości	Quarter
+część miasta	Quarter
+aleje	Street
+aleja	Street
+ulica	Street
+most	Street
+plac	Street
+rondo	Street
+wiadukt	Street
+szosa	Street
+trakt	Street
+trasa	Street
+building-number	HouseNumber
+geograficzna	
+obj-id	
+TimeOfDay	TimeOfDay
+data	Day
+nazwisko	LastName
+imię	FirstName
+
+
+
+
+np:
+  /(1+np*Hour*number*case*gender*person):Apoz
+  |(1+np*Hour*sg*nom*f*ter+prepnp*Hour*sem*T*T):PHas
+  /(1+np*TimeOfDay*sg*inst*T*ter+np*TimeOfDay*sg*loc*T*ter+prepnp*TimeOfDay*sem*T*T+advp*TimeOfDay*T):PHas
+  /(1+np*Day*number*case*gender*person):Apoz
+#  |(1+np*Day*number*case*gender*person+adj*number*case*gender):unk
+  |(1+np*Day*sg*gen*m3*ter):PHas
+  /(1+np*Month*sg*gen*T*T):PHas
+  |(1+np*Year*number*case*gender*person):Apoz
+  /(1+np*Year*sg*gen*T*T):PHas
+  |(1+np*HouseNumber*sg*nom*T*T):PHas
+  |(1+np*Street*T*nom*T*ter+prepnp*Street*sem*T*T):PHas
+  |(1+np*Quarter*T*nom*T*ter+prepnp*Quarter*sem*T*T):PHas
+  /(1+np*Person*number*case*T*person):PApoz
+#  |(1+np*FirstName*number*case*gender*person):unk
+  \(1+num*number*case*gender*person*congr*nsem+num*number*case*gender*person*rec*nsem):Count \(1+qub):adjunct /(1+inclusion):adjunct
+  \(1+measure*unumber*ucase*ugender*uperson):Measure
+  /(1+date+day+day-month+date-interval+day-interval+day-month-interval+year+year-interval+hour+hour-minute+hour-interval+hour-minute-interval+roman+roman-interval):Coref
+  |(1+year):unk /(1+obj-id):Coref
+  |(1+adjp*X*number*case*gender):unk
+  \(1+nie+advp*X*T):unk
+  /(1+np*Currency*number*gen*gender*person):Has
+  /(1+np*Currency*number*case*gender*person):Has
+  /(1+np*cat*number*case*gender*person):Apoz
+  /(1+np*cat*T*case*T*T):adjunct
+  \(1+np*cat*T*case*T*T):adjunct
+  \(1+np*Measure*unumber*ucase*ugender*uperson):Measure
+  |(1+adjp*TimeDescription*number*case*gender):unk
+  |(1+adjp*GenericDescription*number*case*gender):unk
+  |(1+advp*GenericDescription*T):unk
+  |(1+adjp*ServiceDescription*number*case*gender):unk
+  |(1+qub*T):unk
+  |(1+qub*OpAdNum):unk;
+
+num: \(1+qub):adjunct /(1+inclusion):adjunct;
+
+measure:
+  \(1+num*number*case*gender*person*congr*count+num*number*case*gender*person*rec*count):adjunct \(1+qub):adjunct /(1+inclusion):adjunct;
+
+#prepnp: \(1+advp*T):adjunct /(np*T*case*T*T+day-month+day+year+date+hour+hour-minute):unk \(1+qub):adjunct /(1+inclusion):adjunct;
+#prepadjp: \(1+advp*T):adjunct /(adjp*T*case*T+adjp*sg*dat*m1+adjp*T*postp*T+adjp*sg*nom*f+advp*T):unk \(1+qub):adjunct /(1+inclusion):adjunct;
+#compar: \(1+advp*T):adjunct /(np*T*case*T*T+prepnp*T*T+prepadjp*T*T):unk \(1+qub):adjunct /(1+inclusion):adjunct;
+prepnp: 
+  /(1+prepnp*coerced*sem*T*T):Merge
+  \(1+nie+advp*GenericDescription*T):adjunct 
+  \(1+advp*Attitude*T):adjunct 
+   \(1+qub):adjunct /(1+inclusion):adjunct 
+  /(1+np*cat*T*case*T*T):CORE
+  \(1+prepnp*Time*sem*plemma*case):unk
+  /(1+advp*cat*T):CORE;
+
+prepadjp: \(1+advp*T*T):adjunct \(1+qub):adjunct /(1+inclusion):adjunct;
+compar: 
+  /(1+prepnp*coerced*sem*T*T):Merge
+  \(1+advp*T*T):adjunct 
+  \(1+qub):adjunct 
+  /(1+inclusion):adjunct;
+
+colonp: /(np*cat*T*nom*T*ter+prepnp*cat*sem*T*T+advp*cat*T):CORE;
+
+adjp: 
+  \(1+qub):adjunct 
+  /(1+inclusion):adjunct 
+  \(1+adja):unk
+  /(1+adjp*cat*number*case*gender):adjunct
+  \(1+adjp*cat*number*case*gender):adjunct
+  \(1+jak):unk;
+
+adja: /hyphen:nosem;
+
+advp: 
+  \(1+qub):adjunct 
+  /(1+inclusion):adjunct 
+  \(1+adja):unk
+  |(1+np*Hour*sg*nom*f*ter+prepnp*Hour*sem*T*T):unk
+  |(1+np*TimeOfDay*sg*inst*T*ter+np*TimeOfDay*sg*loc*T*ter+prepnp*TimeOfDay*sem*T*T+advp*TimeOfDay*T):unk
+  /(1+compar*coerced*niż*T):unk
+  \(1+nie+advp*X*T):unk
+  \(1+prepnp*cat*sem*T*T):adjunct
+  /(1+prepnp*cat*sem*T*T):adjunct
+  \(1+advp*cat*T):adjunct
+  /(1+advp*cat*T):adjunct
+  \(1+jak):unk;
+
+#FIXME: sprawdzić czy 'or' czy 'or2'
+ip: 
+  |(1+adjp*Interrogative*number*nom*gender):unk 
+  |(1+np*Location*number*nom*gender*person):unk 
+  /(1+int):unk 
+  \(1+qub*GenericDescription):adjunct 
+  \(1+qub*T):adjunct 
+  /(1+inclusion):adjunct 
+  \(1+nie):nosem 
+  |(1+aux-imp):nosem
+  |(1+aux-fut*number*gender*person+aux-past*number*gender*person):nosem 
+  |(1+aglt*number*person):nosem 
+  |(1+by):nosem 
+  /(1+or):adjunct
+  \(1+ip*cat*number*gender*person):unk;
+
+aux-fut: null;
+aux-past: null;
+aglt: null;
+
+infp: 
+  /(1+int):unk 
+  \(1+qub*GenericDescription):adjunct 
+  \(1+qub*T):adjunct 
+  /(1+inclusion):adjunct 
+  \(1+nie):nosem
+  /(1+infp*cat*T):adjunct
+  \(1+infp*cat*T):adjunct;
+padvp: \(1+qub):adjunct /(1+inclusion):adjunct \(1+nie):nosem;
+
+cp: 
+  /(1+ip*T*T*T*T+infp*T*T):CORE
+  /(1+ip*cat*T*T*T+infp*cat*T):CORE
+  /(1+ip*Attitude*T*T*T):CORE
+  /(1+ip*State*number*gender*T):CORE
+  /(1+ip*Attitude*number*gender*T):CORE
+  /(1+np*ncat*number*case*gender*nperson):CORE
+  \(1+cp*int*plemma):unk;
+
+ncp: 
+  \(1+qub):adjunct 
+  /(1+inclusion):adjunct 
+  /cp*cat*ctype*plemma:unk;
+
+prepncp:
+  /ncp*cat*T*case*T*T*ctype*plemma:CORE;
+
+#lemma=i|lub|czy|bądź,pos=conj:
+#  QUANT[number=all_numbers,gender=all_genders,person=all_persons]
+#  (ip*number*gender*person/ip*T*T*T)\ip*T*T*T;
+#lemma=,|i|lub|czy|bądź,pos=conj: (advp*mod/prepnp*T*T)\prepnp*T*T;
+#lemma=,|i|lub|czy|bądź,pos=conj: QUANT[mode=0] (advp*mode/advp*mode)\prepnp*T*T;
+#lemma=,|i|lub|czy|bądź,pos=conj: QUANT[mode=0] (advp*mode/prepnp*T*T)\advp*mode;
+#lemma=,|i|lub|czy|bądź,pos=conj: (advp*mod/advp*T)\advp*T; #FIXME: przydałaby się wersja zachowująca mode
+#lemma=,|i|lub|czy|bądź,pos=conj:
+#  QUANT[plemma=0,case=all_cases]
+#  (prepnp*plemma*case/prepnp*plemma*case)\prepnp*plemma*case;
+#lemma=,|i|lub|czy|bądź,pos=conj:
+#  QUANT[number=all_numbers,case=all_cases,gender=all_genders,person=all_persons]
+#  (np*number*case*gender*person/np*T*case*T*T)\np*T*case*T*T;
+#lemma=,|i|lub|czy|bądź,pos=conj:
+#  QUANT[number=all_numbers,case=all_cases,gender=all_genders]
+#  (adjp*number*case*gender/adjp*number*case*gender)\adjp*number*case*gender;
+
+jak: null;
+
+lex-się-qub: null;
+nie: null;
+by: null;
+aux-imp: null;
+qub: null;
+interj: null;
+sinterj: null;
+hyphen: null;
+int: null;
+#lemma=„,pos=interp:       QUANT[number=0,case=0,gender=0,person=0] (np*number*case*gender*person/rquot)/np*number*case*gender*person; #SetAttr("QUOT",Val "+",Var "x"
+#lemma=«,pos=interp:       QUANT[number=0,case=0,gender=0,person=0] (np*number*case*gender*person/rquot2)/np*number*case*gender*person; #SetAttr("QUOT",Val "+",Var "x"
+#lemma=»,pos=interp:       QUANT[number=0,case=0,gender=0,person=0] (np*number*case*gender*person/rquot3)/np*number*case*gender*person; #SetAttr("QUOT",Val "+",Var "x"
+rquot: null;
+rquot2: null;
+rquot3: null;
+#lemma=(,pos=interp:       (inclusion/rparen)/(np*T*T*T*T+ip*T*T*T+adjp*T*T*T+prepnp*T*T); #SetAttr("INCLUSION",Val "+",
+#lemma=[,pos=interp:       (inclusion/rparen2)/(np*T*T*T*T+ip*T*T*T+adjp*T*T*T+prepnp*T*T); #SetAttr("INCLUSION",Val "+",
+rparen: null;
+rparen2: null;
+
+intp:
+  \(ip*cat*T*T*T+np*cat*T*nom*T*T+cp*cat*int*T):CORE;
+
+mp:
+  /(1+ip*cat*T*T*T+cp*cat*int*T+intp*cat+interj*cat):unk
+  /(1+np*cat*T*nom*T*T+intp*cat):unk;
+
+
+s: 
+  \?(ip*T*T*T*T+cp*T*int*T+cp*T*sub*T+mp*T+intp*T+interj*T+sinterj*T):null
+  \?(mp*Time*T*T+intp*Time+np*Time*sg*T*T*ter+prepnp*Time*sem*T*T+advp*Time*T+interj*T+sinterj*T):adjunct
+  \(1+prepnp*Time*nosem*na*acc):adjunct
+  \?(mp*Telephone*T*T+intp*Telephone+np*Telephone*sg*nom*T*ter+np*Email*sg*nom*T*ter):adjunct
+  \?(mp*Price*T*T+intp*Price+np*Price*sg*nom*T*ter+prepnp*Price*sem*T*T+interj*T+sinterj*T):adjunct
+  \?(mp*Rating*T*T+intp*Rating+np*Rating*T*nom*T*ter+prepnp*Rating*sem*T*T+interj*T+sinterj*T):adjunct
+  \(1+mp*Person*T*T+intp*Person+np*Person*sg*nom*T*ter):adjunct
+  \?(1mp*Location*T*T+intp*Location+np*Location*T*T*T*ter+prepnp*Location*sem*T*T+advp*Location*T+interj*T+sinterj*T):adjunct
+  \(1+mp*Service*T*T+intp*Service+np*Service*T*nom*T*ter):adjunct
+  \(1+prepnp*Name*nosem*na*acc):adjunct
+  \(1+mp*Animal*T*T+intp*Animal+np*Animal*sg*nom*T*ter+prepnp*Animal*nosem*z*inst):adjunct
+  \(1+advp*Confirmation*T):adjunct
+  \(1+adjp*RateDescription*T*T*T):adjunct;
+#  |?(fragment):null;
+
+<sentence>: /?s:unk;
+<paragraph>: \?<sentence>:unk;
+
+<root>: /(1+<paragraph>):unk /(1+s):unk /(1+<speaker-end>):unk /(1+or):unk /(1+np*T*nom*T*T):unk /(1+ip*T*T*T):unk;
+<merge>: |?(fragment):unk;
+<conll_root>: /(ip*T*T*T+cp*int*T+np*sg*voc*T*T+interj):unk;
+
+pro: null;
+
+or: null;
+<colon>: \<speaker>:unk /(1+<squery>):unk;
+or2: \?(ip*T*T*T*T+cp*int*T+np*sg*voc*T*T+interj):unk;
+<speaker-end>: null