PDT 2.0 Annotation Markup Reference


Table of Contents

1. Elements of the w-layer
2. Elements of the m-layer
3. Members of nodes in analytical trees (a-layer)
4. Members of nodes in tectogrammatical trees (t-layer)
Index

This document describes the annotation markup used on the four layers of the Prague Dependency Treebank (PDT) 2.0. PDT 2.0 is distributed in the PML format (see PML Specification). PML schema files for the four layers can be found in the files wdata_schema.xml, mdata_schema.xml, adata_schema.xml, and tdata_schema.xml in the data/schemas on the PDT 2.0 CD-ROM.

For the lower two layers (i.e. the w-layer containing tokens and sentence boundaries and the m-layer containing morphological annotation) we describe all PML constructs defined in the respective PML schemas.

The higher two layers (a-layer and t-layer) are both dependency tree annotations and have therefore very similar structure: their root elements (adata and tdata respectively) contain only the required PML header element followed by the element meta reserved for meta-data associated with the annotation, and the element trees, which consists of a PML list of the root-nodes of the trees. Each node is represented by a PML structure whose members are the node's attributes, except for the member children, which contains a PML list of the node's child-nodes. Based on that, Section 3, “Members of nodes in analytical trees (a-layer)” and Section 4, “Members of nodes in tectogrammatical trees (t-layer)” only describe members of the PML structures used to represent nodes of the respective layer.

1. Elements of the w-layer

Element wdata

This is the root element of the w-layer annotation. It contains the following elements: meta and doc.

Element meta

Represents a structure containing meta information related to the w-layer instance.

Content of meta:
Member lang

Value type: string

The ISO 639-1 code of the language of the annotated text.

Member original_format

Value type: string

Name of the original format of the annotated data (in PDT 2.0 this is always csts which is the format used in the Czech National Corpus).

Element doc

This element delimits a document. Each PDT 2.0 w-layer instance contains exactly one document.

Attribute id

required member

Value type: identifier

The identifier of the document (unique in PDT 2.0).

Attribute source_id

Value type: string

This attribute preserves the identifier of the document used in the original text source. In case of PDT 2.0 this is the identifier used in the Czech National Corpus.

Element docmeta

Meta-data related to the document.

Element othermeta

Value type: string

This element contains meta-data related to the document taken from the original text source. In case of PDT 2.0 this element preserves the content of the document header (element h) of the original CSTS document.

Attribute origin

Value type: string

Contains an expression describing the original location of the information contained by the othermeta element with respect to the original document. For CSTS SGML documents, an XPath-like expression is used.

Element para

Delimits a paragraph.

Element othermarkup

Value type: string

This element preserves additional non-converted markup of the original format (i.e. CSTS).

Attribute origin

Value type: string

Contains an expression describing the original location of the markup.

Element w

Contains a structure representing a single token of the original text (as identified by the tokenizer).

Members:
Member id

required member

Value type: identifier

The unique identifier of the token in PDT 2.0.

Member token

required member

Value type: string

The actual token.

Member no_space_after

Value type: enumerated: 0, 1,

Value 1 indicates that the token was not followed by white-space but was adjoined to the next token.

2. Elements of the m-layer

Element mdata

This is the root element of an m-layer instance. It contains the following elements:

Element meta

A structure containing meta-data related to the m-layer annotation.

Content:
Member lang

Value type: string

The ISO 639-1 code of the language of the annotated text.

Member annotation_info

Value type: list of structures with members described below

Basic information about the source and types of the annotation(s).

Member annotation_info/id

required member

Value type: identifier

An indentifier unique within an instance.

Member annotation_info/version_info

Value type: string

This field can be used to specify the version of the tool(s) involved, etc.

Member annotation_info/desc

Value type: string

A string describing the type of the annotation, e.g. whether the annotation is manual or automatic, what kind of automatic tool was used to create the annotation, etc.

Element s

The element marks a sentence.

Attribute id

required member

Value type: identifier

The value is a unique identifier of the sentence in PDT 2.0.

Content of s
Element m

Contains a structure that organizes attributes of the morphological annotation assigned to a unit of the w-layer. In case there are more annotations (e.g. manual and automatic) for a given item, these annotations can be joined in the element m as alternatives. The origin of each alternative is always marked in its member src.rf. In PDT 2.0 there are no alternatives in the element m. It only contains manual annotation.

Members of the structure:
Member id

required member

Value type: identifier

The value is a unique identifier of the node in PDT 2.0.

Member src.rf

Value type: PML reference

This member indicates source of the morphological annotation. It contains a reference to the element src in a header of a morphological PML file. The source of the annotation can be specified there. Manual annotation is usually assigned the identifier manual.

Member w.rf

Value type: ordered list of values of type PML reference

This member contains one or more references to the units of the w-layer, to which the morphological annotation applies.

Member form_change

Value type: list of values of the following enumerated type: ctcd, spell, insert, num_normalization,

The form on the input of the morphological analysis can differ from the token on the w-layer. This member aims at distinguishing the most common cases of such a difference. ctcd marks the cases, where the original token is systematically split in two forms (e.g. nač is split into na and co, similarly in English we could split wanna into want and to). Value insert marks the cases, where the form does not correspond to any token of the w-layer, usually because of a typing error in the text. spell marks the cases, in which the form was manually fixed (in comparison to the original token). Most often this happens with mistyped characters, small grammatical errors, etc. num_normalization marks the forms containing canonical forms of numbers derived from tokens by means of automatic normalization (spaces or commas separating thousands, leading zeros in the integer part and trailing zeros in the decimal part are removed, decimal comma is changed to decimal point, + sign is removed, etc.).

Member form

required member

Value type: string

Contains word form (not necessarily basic word form), number or punctuation. It can differ from token, that actually occurred in text, e.g. in case of corrected typing errors (see also member form_change). We distinguish typing errors (mistakes) and author's informal style (intention); the latter is not corrected.

Member lemma

required member

Value type: string

Contains lemma (basic word form) assigned in the morphological annotation. If necessary, homonymous lemmas with different meanings are differentiated by numerical suffixes. Some lemmas have additional information about meaning and style shades. In PDT 2.0 the string of lemma has the following format (all parts but BaseForm are usually optional: BaseForm-Number`Reference_:Category_;Term_,Style_^(Comment).

Number

distinguishing homonymous base forms

Reference

pointer to other lemma used mainly for spelled-out numbers or abbreviations for various units

Category

most categories are POS, only Category = B for abbreviations is systematically used, because POS is in the member tag

Term

differentiating named entities (names of persons, geographical names, etc.) or domains of origin of the term

Style

stylistic classification of the lemma

Comment

Explanatory comment of the word meaning (mostly for the homonymous lemmas differentiated by number) or machine readable information about derivation of the lemma from other deeper lemma.

For details see Manual for Morphological Annotation.

Member tag

required member

Value type: string

Contains positional morphological tag, which encodes morphological categories relevant for the given word. A pair lemma + tag unambiguously determines the word form. The tag consists of 15 positions, for each position there is a set of allowed characters. Positions correspond to the following categories: 1. part of speech 2. detailed part of speech 3. gender 4. number 5. case 6. possessor's gender 7. possessor's number 8. person 9. tense 10. degree of comparison 11. negation 12. voice 13. reserve 14. reserve 15. variant, style. The following parts of speech are distinguished: N - noun; A - adjective; P - pronoun; C - numeral; V - verb; D - adverb; R - preposition; J - conjunction; T - particle; I - interjection; Z - punctuation; X - unknown, unclassifiable. For details see Manual for Morphological Annotation.

3. Members of nodes in analytical trees (a-layer)

Members of the technical root node
Member id

required member

Value type: identifier

The value is the unique identifier of the tree in PDT 2.0.

Member s.rf

Value type: PML reference

This member points to a segment of text (a sentence) marked s on the m-layer. The tree is an analytical annotation of this segment of text.

Member afun

Value type: constant: AuxS

Contains the analytical function AuxS reserved for the root node of an analytical tree.

Member ord

required member

Value type: non-negative integer

Specifies position in the horizontal ordering of the nodes in a tree. All the nodes are ordered by their position in a sentence, only the root node has value 0.

Members of other nodes
Member id

required member

Value type: identifier

The value is the unique identifier of the node in PDT 2.0.

Member m.rf

Value type: PML reference

This member links the units of the analytical layer (analytical tree nodes) to the units of the m-layer. The value of the member is a reference to the element m on the m-layer. While reading the file, an application can remove this member and substitute it with the member m, created from the referenced element of the m-layer.

Member afun

required member

Value type: enumerated: Pred, Pnom, AuxV, Sb, Obj, Atr, Adv, AtrAdv, AdvAtr, Coord, AtrObj, ObjAtr, AtrAtr, AuxT, AuxR, AuxP, Apos, ExD, AuxC, Atv, AtvV, AuxO, AuxZ, AuxY, AuxG, AuxK, AuxX,

The value is an analytical function assigned to a node. It represents the kind of relation of a node to its parent node. Analytical functions are thoroughly described in the Manual for Analytical Annotation.

Note

In PDT 1.0 the value of afun may have included one of the suffixes _Co, _Ap and _Pa. In PDT 2.0 suffixes _Co and _Ap have been replaced by the member is_member and the suffix _Pa by the member is_parenthesis_root (in all cases with the value 1). The difference between _Co a _Ap is represented by the value of afun of the nearest coordination or apposition node (Coord or Apos) on the path to the root.

Member is_member

Value type: enumerated: 0, 1,

This member is applicable only to nodes with these properties: the node is a child node of a node with the analytical function of Coord or Apos, or it belongs to a subtree of a node with the analytical function of Coord or Apos and there are only nodes with the analytical function of AuxC or AuxP on the path between the node in question and the root of the subtree. A node with the given properties and the value of the member is_member equal 1 is a part of a coordination or apposition structure (is a member of a coordination or apposition). Nodes with the given properties and the value of is_member not equal 1 are common (joint) modifications of members of coordination or apposition, in whose subtree they appear (as stated above). If the member is not filled, its value is assumed to be 0.

Member is_parenthesis_root

Value type: enumerated: 0, 1,

Value 1 identifies roots of subtrees corresponding to parentheses. For historical and technical reasons, a parenthesis root is not marked if it is also a coordination or apposition member. See is_member.

Member ord

required member

Value type: non-negative integer

This member labels nodes of an analytical tree with non-negative integers representing the surface word order. This is the (left to right) order of representing the nodes in graphical applications.

4. Members of nodes in tectogrammatical trees (t-layer)

Members of a technical root node
Member id

required member

Value type: identifier

Unique identifier of the tree in PDT 2.0.

Member atree.rf

Value type: PML reference

This member binds the t-layer and a-layer via a link to a corresponding analytical tree. See Section 2.1. Relation between the tectogrammatical level and the lower levels in Manual for Tectogrammatical Annotation.

Member nodetype

Value type: constant: root

This member exists only for user's comfort. The value is always set to root, which distinguishes the root node of a tree.

Member deepord

Value type: non-negative integer

Sets the position in horizontal ordering of nodes in a tree. For root the value is always set to 0 and, unlike for other nodes, it does not carry any linguistically relevant information.

Members of other nodes
Member id

required member

Value type: identifier

Unique identifier of the node in PDT 2.0.

Member a

Binds the node with units of lower layers. It contains zero, one, or more identifiers of a-layer nodes that influence the members t_lemma, functor, subfunctor, val_frame.rf, or gram on the t-layer. The value is a structure of consisting of two parts: lex.rf and aux.rf. See Section 2.1. Relation between the tectogrammatical level and the lower levels in Manual for Tectogrammatical Annotation.

Possible value is a structure with the following members:

Member a/lex.rf

Value type: PML reference

A link to a node of an analytical tree. Usually it is the node from which the tectogrammatical node has acquired its lexical meaning. For details see Section 2.1. Relation between the tectogrammatical level and the lower levels in Manual for Tectogrammatical Annotation.

Member a/aux.rf

Value type: list of values of type PML reference

A list of references to nodes on the a-layer. Such nodes most often carry functional words (prepositions, subordinate conjunctions, auxiliary words etc.) and they constitute one auto-semantic expression with a node referenced in the member a/lex.rf. Value of the member a/lex.rf is not part of a list a/aux.rf. For details see Section 2.1. Relation between the tectogrammatical level and the lower levels in Manual for Tectogrammatical Annotation.

Member compl.rf

Value type: list of values of type PML reference

Represents second dependency of verbal members. It is used for nodes with the functor COMPL. It contains an identifier of the other node in the same tectogrammatical tree, which also governs the node in question (except for the one to which the edge leads). See Section 6.10. Predicative Complement (Dual Dependency) in Manual for Tectogrammatical Annotation.

Member coref_text.rf

Value type: list of values of type PML reference

This member records textual coreference. It contains identifiers of nodes in a tectogrammatical tree that refer to the same entity as this node. See Section 9.3.1.1.  Explicit co-referred constituent in Manual for Tectogrammatical Annotation.

Member coref_gram.rf

Value type: list of values of type PML reference

This member records grammatical coreference. It contains identifiers of nodes in a tectogrammatical tree (usually in the same one) which are in the relation of coreference with this node. See Section 9.2. Grammatical coreference in Manual for Tectogrammatical Annotation.

Member coref_special

Value type: enumerated: segm, exoph,

Records special types of textual coreference where the coreferred member is not a single node or subtree of a tectogrammatical tree. Value segm means that the coreferred member is a larger segment of text. Value exoph marks an exophora; the coreferred member is an unspecified off-text situation. See Section 9.3.1.2.  Reference to a segment in Manual for Tectogrammatical Annotation and Section 9.3.1.3.  Exophora in Manual for Tectogrammatical Annotation.

Member val_frame.rf

Value type: alternative of values of type PML reference

A reference into the PDT valency lexicon. The value is the identifier of the valency frame realized by the node (and its subtree). See Section 6.2.2. Valency frames and the way they are recorded in the valency lexicon in Manual for Tectogrammatical Annotation.

Member nodetype

required member

Value type: enumerated: atom, coap, complex, dphr, fphr, list, qcomplex,

Value of the member nodetype specifies the type of node

atom
atomic node
coap
root of a coreference structure
complex
complex node
dphr
dependent part of a phraseme
fphr
part of a foreign expression
list
root of a foreign or identifying expression
qcomplex
quasi-complex node

More about node types in Section Chapter 3. Node types in Manual for Tectogrammatical Annotation.

Member is_generated

Value type: enumerated: 0, 1,

Value 1 identifies filled-in nodes. If the member is not present, 0 is implied. See Section 6.12. Ellipses in Manual for Tectogrammatical Annotation.

Member t_lemma

required member

Value type: string

Contains the node's t-lemma. See Section Chapter 4. Tectogrammatical lemma (t-lemma) in Manual for Tectogrammatical Annotation.

Member functor

required member

Value type: alternative of values of the following enumerated type: ACT, AUTH, PAT, ADDR, EFF, ORIG, ACMP, ADVS, AIM, APP, APPS, ATT, BEN, CAUS, CNCS, CM, COMPL, CONJ, COND, CONFR, CONTRA, CONTRD, CPHR, CPR, CRIT, CSQ, DENOM, DIFF, DIR1, DIR2, DIR3, DISJ, DPHR, EXT, FPHR, GRAD, HER, ID, INTF, INTT, LOC, MANN, MAT, MEANS, MOD, OPER, PAR, PARTL, PREC, PRED, REAS, REG, RESL, RESTR, RHEM, RSTR, SUBS, TFHL, TFRWH, THL, THO, TOWH, TPAR, TSIN, TTILL, TWHEN, VOCAT,

Contains the functor of the node. See Section Chapter 7. Functors and subfunctors in Manual for Tectogrammatical Annotation.

Member subfunctor

Value type: enumerated: above, abstr, across, after, agst, along, approx, around, basic, before, begin, behind, below, betw, circ, elsew, end, ext, flow, front, incl, in, less, mid, more, near, opp, target, than, to, wout, wrt, nr,

This member, if present, contains a sub-functor particularizing the meaning of the assigned functor. See Section 7.13.1.  Subfunctors in Manual for Tectogrammatical Annotation.

Member is_member

Value type: enumerated: 0, 1,

This member is applicable only for child nodes of nodes with the value of nodetype=coap, i.e. of nodes with a functor for coordination, apposition or operation (OPER), see also Section 6.6. Parataxis in Manual for Tectogrammatical Annotation and Section 8.11. Mathematical operations and intervals in Manual for Tectogrammatical Annotation. For other nodes this member is not present. The value is 1 for those child-nodes of nodes with nodetype=coap that represent members of an coordination or apposition and for operands. Child nodes (except those with functor CM or RHEM) of nodes with nodetype=coap that do not have is_member=1 are common (joint) modifications of all their sibling nodes with is_member=1. For nodes with functor CM (Section 7.12.4. The CM functor in Manual for Tectogrammatical Annotation) the member is_member is never present and they are considered a part of the coordinating conjunction. Nodes with functor RHEM (see Section 7.7.  Functors of Rhematizers, Sentence, Linking and Modal Adverbial Expressions in Manual for Tectogrammatical Annotation) have special rules for positioning in a tree (see Section 10.6.2.  Basic guidelines for the position of rhematizers in tectogrammatical trees in Manual for Tectogrammatical Annotation) and they do not fit the description above. If the member is not present, value 0 is implied. For more details see Section 6.6. Parataxis in Manual for Tectogrammatical Annotation.

Member is_name_of_person

Value type: enumerated: 0, 1,

If the value is 1, the node is a part of a name of a person. If not filled or present, value 0 can be assumed.

Member quot

Value type: list of structures with members described below

This member marks the nodes corresponding to the part of text within “quotation marks”. There is an unambiguous identifier associated with each part of a text in quotation marks. This association is expressed in following way: Each node representing part of a quoted text has an element with set_id equal to identifier of the corresponding part of the quoted text between its values of the member quot. Thus one node can be a part of none, one or more sets (embedded quotes) specified in this way. Section 8.19.1.  Text within quotation marks in Manual for Tectogrammatical Annotation

Member quot/type

required member

Value type: enumerated: citation, dsp, meta, other, title,

Determines the type of use of quotation marks. Value dsp is used for direct speech, citation marks formally connected quotation, meta meta use, title proper name and other any other way of using quotation marks. See Section 8.19.1.  Text within quotation marks in Manual for Tectogrammatical Annotation.

Member quot/set_id

required member

Value type: string

Contains an identifier unambiguously delimiting the set of nodes representing the part of text within quotation marks.

Member is_dsp_root

Value type: enumerated: 0, 1,

Value 1 identifies roots of subtrees capturing direct speech (even if the direct speech is not indicated by quotation marks). See Section 8.3.  Direct speech in Manual for Tectogrammatical Annotation.

Member sentmod

Value type: enumerated: enunc, excl, desid, imper, inter,

The sentence modality - see Section 5.7. The sentmod attribute in Manual for Tectogrammatical Annotation.

Member gram

This structure is used only for complex nodes (nodes with value complex of the member nodetype). See Section 5.3. Attributes superior to grammatemes in Manual for Tectogrammatical Annotation, Section 5.4. Values of the grammatemes in Manual for Tectogrammatical Annotation and Section 5.5. Grammatemes in Manual for Tectogrammatical Annotation.

Possible value is a structure with the following members:

Member gram/sempos

required member

Value type: enumerated: n.denot, n.denot.neg, n.pron.def.demon, n.pron.def.pers, n.pron.indef, n.quant.def, adj.denot, adj.pron.def.demon, adj.pron.indef, adj.quant.def, adj.quant.indef, adj.quant.grad, adv.denot.grad.nneg, adv.denot.ngrad.nneg, adv.denot.grad.neg, adv.denot.ngrad.neg, adv.pron.def, adv.pron.indef, v,

The member sempos contains information about semantic part of speech and subgroup of the node. See Section 5.3.1. The sempos attribute in Manual for Tectogrammatical Annotation.

Member gram/gender

Value type: enumerated: anim, inan, fem, neut, inher, nr,

Grammateme of gender - see Section 5.5.2. The gender grammateme in Manual for Tectogrammatical Annotation.

Member gram/number

Value type: enumerated: sg, pl, inher, nr,

Grammateme of number - see Section 5.5.1. The number grammateme in Manual for Tectogrammatical Annotation.

Member gram/degcmp

Value type: enumerated: pos, comp, acomp, sup, nr,

Grammateme of grade - see Section 5.5.8. The degcmp grammateme (degree) in Manual for Tectogrammatical Annotation.

Member gram/verbmod

Value type: enumerated: ind, imp, cdn, nr, nil,

Grammateme of verb modality - see Section 5.5.9. The verbmod grammateme (verbal modality) in Manual for Tectogrammatical Annotation

Member gram/deontmod

Value type: enumerated: deb, hrt, vol, poss, perm, fac, decl, nr,

Grammateme of deontic modality - see Section 5.5.10. The deontmod grammateme (deontic modality) in Manual for Tectogrammatical Annotation

Member gram/tense

Value type: enumerated: sim, ant, post, nr, nil,

Grammateme of tense - see Section 5.5.13. The tense grammateme in Manual for Tectogrammatical Annotation

Member gram/aspect

Value type: enumerated: proc, cpl, nr,

Grammateme of aspect - see Section 5.5.12. The aspect grammateme in Manual for Tectogrammatical Annotation

Member gram/resultative

Value type: enumerated: res1, res0, nr,

Grammateme of resultativeness - see Section 5.5.14. The resultative grammateme (resultative aspect) in Manual for Tectogrammatical Annotation

Member gram/dispmod

Value type: enumerated: disp1, disp0, nr, nil,

Grammateme of dispositional modality - see Section 5.5.11. The dispmod grammateme (dispositional modality) in Manual for Tectogrammatical Annotation

Member gram/iterativeness

Value type: enumerated: it1, it0, nr,

Grammateme of iterativeness - see Section 5.5.15. The iterativeness grammateme in Manual for Tectogrammatical Annotation

Member gram/indeftype

Value type: enumerated: relat, indef1, indef2, indef3, indef4, indef5, indef6, inter, negat, total1, total2, nr,

Grammateme of type of indefiniteness - see Section 5.5.6. The indeftype grammateme in Manual for Tectogrammatical Annotation.

Member gram/person

Value type: enumerated: 1, 2, 3, inher, nr,

Grammateme of person - see Section 5.5.3. The person grammateme in Manual for Tectogrammatical Annotation.

Member gram/numertype

Value type: enumerated: basic, set, kind, ord, frac, nr,

Grammateme of type of numeral - see Section 5.5.5. The numertype grammateme in Manual for Tectogrammatical Annotation.

Member gram/politeness

Value type: enumerated: polite, basic, inher, nr,

Grammateme of politeness - see Section 5.5.4. The politeness grammateme in Manual for Tectogrammatical Annotation.

Member gram/negation

Value type: enumerated: neg0, neg1, nr,

Grammateme negation - see Section 5.5.7. The negation grammateme in Manual for Tectogrammatical Annotation.

Member tfa

Value type: enumerated: t, f, c,

Expressed annotation of contextual boundedness. See Section 10.2.  Contextual boundness in Manual for Tectogrammatical Annotation. Value t is assigned to nodes representing contextually (non-contrastively) bound expressions, value c to nodes representing contextually contrastively bound expressions and value f is assigned to nodes representing contextually non-bound expressions. If the member is not present, then this property is not applicable to the node (typically this happens for nodes with the value of the member nodetype equal to coap, fphr or root).

Member is_parenthesis

Value type: enumerated: 0, 1,

Value 1 marks the nodes representing expressions that are part of a parenthesis. See Section 6.7. Parenthesis in Manual for Tectogrammatical Annotation. If the member is not present, value 0 is assumed.

Member is_state

Value type: enumerated: 0, 1,

Value 1 marks nodes representing (usually verbal) modifications with meaning of state. If the member is not present, value 0 is assumed. See Section 7.13.2. The atribute with the meaning of“state” in Manual for Tectogrammatical Annotation.

Member deepord

required member

Value type: non-negative integer

This member marks nodes with non-negative integers in sequence representing so called deep word order (see Section 10.3.  Communicative dynamism in Manual for Tectogrammatical Annotation). Ordering determined by the member deepord is also used for visualizing trees in graphical applications (left to right with respect to increasing value of the member deepord).

Index

a
afun
a-root/afun, a-node/afun
annotation_info
aspect
atree.rf
aux.rf
t-node/a/aux.rf, t-node/a
compl.rf
coref_gram.rf
coref_special
coref_text.rf
deepord
t-node/deepord, t-root/deepord
degcmp
deontmod
desc
dispmod
doc
docmeta
form
form_change
functor
t-node/functor, t-node/a
gender
gram
t-node/gram, t-node/a
id
wdata/doc/id, a-node/id, mdata/s/m/id, mdata/s/id, wdata/doc/para/w/id, a-root/id, t-root/id, t-node/id, mdata/meta/annotation_info/id
indeftype
is_dsp_root
is_generated
is_member
t-node/is_member, a-node/is_member, a-node/afun
is_name_of_person
is_parenthesis
is_parenthesis_root
a-node/is_parenthesis_root, a-node/afun
is_state
iterativeness
lang
mdata/meta/lang, wdata/meta/lang
lemma
lex.rf
t-node/a/aux.rf, t-node/a/lex.rf, t-node/a
m
mdata/s/m, a-node/m.rf
m.rf
mdata
meta
mdata/meta, wdata/meta
negation
no_space_after
nodetype
t-node/gram, t-node/nodetype, t-node/is_member, t-root/nodetype
number
numertype
ord
a-root/ord, a-node/ord
origin
wdata/doc/para/othermarkup/origin, wdata/doc/docmeta/othermeta/origin
original_format
othermarkup
othermeta
para
person
politeness
quot
resultative
s
a-root/s.rf, mdata/s
s.rf
sempos
sentmod
set_id
t-node/quot, t-node/quot/set_id
source_id
src
mdata/s/m/src.rf
src.rf
mdata/s/m, mdata/s/m/src.rf
subfunctor
t-node/a, t-node/subfunctor
t_lemma
t-node/a, t-node/t_lemma
tag
mdata/s/m/tag, mdata/s/m/lemma
tense
tfa
token
type
val_frame.rf
t-node/val_frame.rf, t-node/a
verbmod
version_info
w
w.rf
wdata