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\newabbreviation { wt} { WT} { changeme}
\newabbreviation { dso} { DSO} { data structure oriented}
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\newabbreviation { lp} { LP} { Lexical Proof Morphology}
\newabbreviation { ero} { ERO} { Pāṇinian (or elsewhere) rule ordering}
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\newabbreviation { le} { LEI} { lexical entry interface}
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\newabbreviation { stc} { STC} { Separationist Taxonomy-Based Constructive Proof Morphology}
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\newabbreviation { gpsg} { GPSG} { Generalized Phrase Structure Grammar}
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\newabbreviation { cg} { CG} { categorial grammar}
\newabbreviation { ccg} { CCG} { Combinatory Categorial Grammar}
\newabbreviation { lcg} { LCG} { Linear Categorial Grammar}
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\newabbreviation { dycg} { DyCG} { Dynamic Categorial Grammar}
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\newabbreviation { coc} { CiC} { Calculus of Inductive Constructions}
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\newabbreviation { hol} { HOL} { Higher Order Logic}
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\newabbreviation { ibm} { IbM} { Information-Based Morphology}
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\newabbreviation { pfm} { PFM} { Paradigm Function Morphology}
\newabbreviation { plt} { PLT} { Paradigm Linking Theory}
\newabbreviation { ia} { IA} { Item and Arrangement}
\newabbreviation { ip} { IP} { Item and Process}
\newabbreviation { nm} { NM} { Network Morphology}
\newabbreviation { dm} { DM} { Distributed Morphology}
\newabbreviation { hpsg} { HPSG} { Head Driven Phrase Structure Grammar}
\newabbreviation { hsm} { HSM} { hierarchical finite-state machine}
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\newabbreviation { htlcg} { HTLCG} { Hybrid Type-Logical Grammar}
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\newabbreviation { avm} { AVM} { attribute value matrix}
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\newabbreviation { com} { CoM} { Construction Morphology}
\newabbreviation { cam} { CaM} { Canonical Morphology}
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\newabbreviation { wp} { WP} { Word and Paradigm}
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\newabbreviation { ug} { UG} { Universal Grammar}
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\newabbreviation { gl} { GL} { Generative Lexicon}
\newabbreviation { cl} { CL} { Cognitive Linguistics}
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\newabbreviation { sil} { SIL} { Summer Institute of Linguistics}
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%% Found in Leipzig
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\newglossaryentry { clf:l} { type=ling, name={ \lx { clf} } , description={ Classifier: Classifiers in Wao Terero are lexical suffixes that play a classifier role.} }
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\newglossaryentry { decl:l} { type=ling, name={ \lx { decl} } , description={ Declarative: The suffix \wf { -pa} in Wao Terero is placed on the main verb of a declarative sentence.} }
\newglossaryentry { loc:l} { type=ling, name={ \lx { loc} } , description={ Locative: The suffix \wf { -de} in Wao Terero functions as a locative when placed on nominals.} }
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\newglossaryentry { inf:l} { type=ling, name={ \lx { inf} } , description={ Infinitive: The suffix \wf { -kĩ} in Wao Terero may not be an infinitive but Wao speakers translate the Spanish infinitive to verbal forms that end in \wf { -kĩ} .} }
\newglossaryentry { purp:l} { type=ling, name={ \lx { purp} } , description={ Purposive: The suffix \wf { -ketãte} on a subordinate verb indicates an aim or purpose of the main verb action.} }
\newglossaryentry { 1.pl:l} { type=ling, name={ 1.\lx { pl} } , description={ First Person Plural (Exclusive): The suffix \wf { -bõdi} is plural and appropriate for exclusive usage.} }
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%% Not Found in Leipzig
\newglossaryentry { ls:l} { type=ling, name={ \lx { ls} } , description={ * Lexical Suffix: Lexical suffixes are suffixes with lexical meanings.} }
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\newglossaryentry { ger:l} { type=ling, name={ \lx { ger} } , description={ * Gerundial: Called the gerundial since at least \citet { Peeke1968} , the suffix \wf { -te} provides an adverb-like status to a verbal phrase. It is also used in constructions that indicate that a sentient being is a direct or indirect object.} }
\newglossaryentry { desi:l} { type=ling, name={ \lx { desi} } , description={ * Desiderative: \wf { edẽ} ...} }
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%% Lexical Suffix Labels
\newglossaryentry { plant:l} { type=ling, name={ .plant} , description={ * The lexical suffix \wf { wẽ} .} }
\newglossaryentry { cloth:l} { type=ling, name={ .cloth} , description={ * The lexical suffix \wf { kō} .} }
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\newglossaryentry { leaf:l} { type=ling, name={ .leaf} , description={ * The lexical suffix \wf { yabo} .} }
\newglossaryentry { canoe:l} { type=ling, name={ .canoe} , description={ * The lexical suffix \wf { po} .} }
\newglossaryentry { shell:l} { type=ling, name={ .shell} , description={ * The lexical suffix \wf { ta} .} }
\newglossaryentry { stone:l} { type=ling, name={ .stone} , description={ * The lexical suffix \wf { ka} .} }
\newglossaryentry { liquid:l} { type=ling, name={ .liquid} , description={ * The lexical suffix \wf { pẽ} (pre-merge \phm { pæ̃} ).} }
\newglossaryentry { arm:l} { type=ling, name={ .arm} , description={ * The lexical suffix \wf { bẽ} (pre-merge \phm { bæ̃} ).} }
\newglossaryentry { cord:l} { type=ling, name={ .cord} , description={ * The lexical suffix \wf { mẽ} (pre-merge \phm { bẽ} ).} }
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%% Terms Used in the Theory
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\newglossaryentry { fentry} { name={ form paradigm entry} , description={ add
me} }
\newglossaryentry { mcat} { name={ morphological category} ,
description={ TODO add description} }
\newglossaryentry { mform} { name={ morphological form} ,
description={ TODO add description} }
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\newglossaryentry { pani} { name={ Pāṇinian} , description={ Pāṇinian} }
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\newglossaryentry { morph} { name={ morph} , description={ %
A morph could be thought of as the form component of a morpheme
without a sememe or meaning. It is not an exponent because it does
not realize a meaning. It is a unit of phonology that within the
context of a word-form contributes to the interpretation of the
word-form's possible meanings. } }
\newglossaryentry { form} { name={ form} , description={ %
A form is essentially a phonological form. More precisely, here it
is an abstraction with an interpretation within an unknown theory
of phonology. For instance, if `a' is a symbol used in a form,
this may be interpreted as a phoneme. It may be the case that
morphophonology is captured in the notation such that `s' could be
used for the English plural/genitive/third person morph, which is
predictably [s], [z] or [ɪ z]. This theory is non-committal as to
the ontological status of what these symbols represent but one
should refer to \citet { hockett1954two} , where these are seen as
notations for the purposes of concise description, rather than
notations for underlying forms in a mental grammar. In particular,
these should not be seen as an endorsement of the underlying form
concept. } }
\newglossaryentry { wordform} { name={ word-form} , description={ %
A word-form is a form that corresponds to a freely occurring
syntactic element. Note that this remains an informal descriptive
term. } }
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\newglossaryentry { allomorphy} { name={ allomorphy} , description={ %
The general term given to the phenomenon where two lexemes are in
overlapping syntactic distributions but exhibit complementary
distributed phonological characteristics in some of their forms.} }
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\newglossaryentry { equivalence class} { name={ equivalence classes} ,
description={ } }
\newglossaryentry { inflection class} { name={ inflection class} ,
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description={ %
Traditionally, these correspond to conjugations or declensions.} }
\newglossaryentry { separationist} { name={ separationist} , description={ %
A theory of morphology that involves multiple layers of
paradigms.} }
\newglossaryentry { stem} { name={ stem} , description={ %
A stem is any form which can serve as the input to a morphological
process.} }
\newglossaryentry { realizational} { name={ realizational} ,
description={ %
A theory of morphology that seeks to find correspondences between
morphological forms and morphosyntactic features.} }
\newglossaryentry { tectogrammar} { name={ tectogrammar} , description={ %
to be added} }
\newglossaryentry { phenogrammar} { name={ phenogrammar} , description={ %
to be added} }
\newglossaryentry { constructivist} { name={ constructivist} , description={ %
to be added} }
\newglossaryentry { abstractivist} { name={ abstractivist} , description={ %
to be added} }
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\newglossaryentry { exponent} { name={ exponent} , description={ %
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to be added} }
\newglossaryentry { lexeme} { name={ lexeme} , description={ %
A lexeme is an atomic term used as a key to morphomic classes in
morphomi entries and a unique semantic contribution to a pattern
in a sign paradigm entry.} }
\newglossaryentry { morphomicparadigm} { name={ morphomic paradigm} ,
description={ %
A morphomic paradigm is a subset of morphomic entries such that
for a given lexeme all the morphomic entries contain that
lexeme. $ \exists x:Lexem \forall y:MEntry. \pi _ 2 y = x $ } }
\newglossaryentry { morphomicentry} { name={ morphomic entry} ,
plural={ morphomic entries} ,
description={ %
A morphomic entry is a triple of a morphome, a lexeme and a
morphopheno term.
$ MEntry = _ { def } Morphome \times Lexeme \times MPheno $ } }
\newglossaryentry { morphomehierarchy} { name={ morphome hierarchy} ,
plural={ morphome hierarchies} ,
description={ %
A morphome hierarchy is a order over morphomes. The order is
stipulated axiomatically.} }
\newglossaryentry { morphome} { name={ morphome} , description={ %
A morphome is a category of morphs and larger forms composed of
morphs. Each morph has a morphome category and each composition of
a morph with a morph has a morphome category. Morphomes may also
categorize groups of other morphomes according to the morphome
hierarchy. A morphome is represented as a set of morphome
names. $ Morphome = _ { def } Ensemble MName $ \footnote { I am borrowing
the Coq Standard Library name for a set-like type so as not to
confuse it with Set, the predicative type universe.} } }
\newglossaryentry { morphomename} { name={ morphome name} , description={ %
A morphome name is an element of a morphome and serves to
designate and distinguish one morphome from another.} }
\newglossaryentry { signparadigm} { name={ sign paradigm} , description={ } }
\newglossaryentry { sign} { name={ sign} , description={ } }
\newglossaryentry { formclass} { name={ form class} , plural={ form classes} ,
description={ } }
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\newglossaryentry { form-form} { name={ form-form mapping} , description={ } }
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\newglossaryentry { form-sign} { name={ form-sign mapping} , description={ } }
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\newglossaryentry { fparadigm} { name={ form paradigm} , description={ } }
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\newglossaryentry { classhierarchy} { name={ class hierarchy} , description={ } }
\newglossaryentry { pch} { name={ state class hierarchy} , description={ %
A state class hierarchy is an order on states.} }
\newglossaryentry { mentrys} { name={ morphological entry set} , description={ %
A morphological entry set contains the base entries and any
morphological entries that are the result of subsequent
inflectional processes on morphological entries.} }
\newglossaryentry { gfp} { name={ A valid morphological entry set} ,
description={ %
A valid morphological entry set is a morphological entry set
subject to the condition that any lexeme-form pair must be
unique.} }
\newglossaryentry { lmp} { name={ form paradigm} ,
description={ %
A lexeme's morphological paradigm are the morphological entries
that share a lexeme.} }
\newglossaryentry { lsp} { name={ entry paradigm} ,
description={ %
A lexeme's syntactic paradigm are all the lexical entries that are
the output of any proto-lexical mapping functions that take the
lexeme's morphological paradigm entries as input.} }
\newglossaryentry { mentry} { name={ morphological entry} ,
plural={ morphological entries} , description={ %
A morphological entry is a triple of a morphological state, lexeme
and form.} }
\newglossaryentry { lentry} { name={ lexical entry} , plural={ lexical
entries} , description={ ...} }
\newglossaryentry { mpheno} { name={ morpho-pheno} , description={ ...} }
\newglossaryentry { basee} { name={ basic entry} , description={ %
A basic entry is a form paradigm entry that is not the result of
an inflectional process.} }
\newglossaryentry { stemm} { name={ stem} , description={ %
A form belonging to a morphological paradigm entry to which some
inflectional process applies is a stem.} }
\newglossaryentry { basef} { name={ basic form} , description={ %
A form belonging to a basic entry. If it is also a stem, it is a
basic stem.} }
\newglossaryentry { bases} { name={ basic stem} , description={ %
A basic form that is also a stem.} }
\newglossaryentry { free} { name={ free stem} , description={ %
A form which is also a morphological word is called a free stem.} }
\newglossaryentry { bound} { name={ bound stem} , description={ %
A stem which is not also a morphological word is called a bound
stem.} }
\newglossaryentry { mword} { name={ morphological word} , description={ %
A form which is directly related to the pheno of some lexical
entry is a morphological word.} }
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