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This is a superset of Chorus.ul (Chorus), including the
treatment of information structure from igk (igk). It
uses six graph dimensions: ID and LP (as in TDG), PA (Predicate
Argument), SC (Scope), PS (Prosodic Structure) and IS (Information
Structure). It also uses the lexicalized order principle
principle.order2 (Order2) instead of a non-lexicalized
one. It was written by Ralph Debusmann for his dissertation.
usedim id
usedim lp
usedim idlp
usedim pa
usedim idpa
usedim sc
usedim pasc
usedim clls
usedim ps
usedim is
usedim psis
usedim lex
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define id dimension
defdim id {
deftype "id.label" {
adj
adv
comp
det
iobj
obj
part
pmod
pobj1
pobj2
prepc
rel
root
sub
subj
vbse
vinf
vprt
}
deflabeltype "id.label"
deftype "id.person" {first second third}
deftype "id.number" {sg pl}
deftype "id.gender" {masc fem neut}
deftype "id.case" {nom acc}
deftype "id.agr" tuple("id.person" "id.number" "id.gender" "id.case")
deftype "id.pagr" {at by in of on to with}
defattrstype {agr: "id.agr"
pagr: "id.pagr"}
defentrytype {in: valency("id.label")
out: valency("id.label")
agrs: iset("id.agr")
pagrs: iset("id.pagr")
pobj1: iset("id.pagr")
pobj2: iset("id.pagr")}
%%
useprinciple "principle.graphConstraints" { dims {D: id} }
useprinciple "principle.graphDist" { dims {D: id} }
useprinciple "principle.tree" { dims {D: id} }
useprinciple "principle.valency" {
dims {D: id}
args {In: _.D.entry.in
Out: _.D.entry.out}}
useprinciple "principle.agr" {
dims {D: id}
args {Agr: _.D.attrs.agr
Agrs: _.D.entry.agrs}}
useprinciple "principle.agreement" {
dims {D: id}
args {Agr1: ^.D.attrs.agr
Agr2: _.D.attrs.agr
Agree: {det subj}}}
useprinciple "principle.government" {
dims {D: id}
args {Agr2: _.D.attrs.agr
Govern: {subj: ($ nom)
obj: ($ acc)
prepc: ($ acc)}}}
useprinciple "principle.agr" {
dims {D: id}
args {Agr: _.D.attrs.pagr
Agrs: _.D.entry.pagrs}}
useprinciple "principle.government" {
dims {D: id}
args {Agr2: _.D.attrs.pagr
Govern: {pobj1: ^.D.entry.pobj1
pobj2: ^.D.entry.pobj2}}}
%%
output "output.decode"
output "output.pretty"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define lp dimension
defdim lp {
deftype "lp.label" {
compf
rprof
vvf
vf
fadvf
lbf
mf1
mf2
rbf
padvf
tadvf
nf
%%
detf
adjf
padjf
relf
%%
prepcf
%%
root
%%
"^"
}
deflabeltype "lp.label"
defentrytype {in: valency("lp.label")
out: valency("lp.label")
order: set(tuple("lp.label" "lp.label"))}
%%
useprinciple "principle.graphConstraints" { dims {D: lp} }
useprinciple "principle.graphDist" { dims {D: lp} }
useprinciple "principle.tree" { dims {D: lp} }
useprinciple "principle.projectivity" { dims {D: lp} }
useprinciple "principle.valency" {
dims {D: lp}
args {In: _.D.entry.in
Out: _.D.entry.out}}
useprinciple "principle.order2" {
dims {D: lp}
args {Order: _.D.entry.order
Yields: true}}
%%
output "output.decode"
output "output.pretty"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define idlp dimension
defdim idlp {
defentrytype {blocks: set("id.label")}
%%
useprinciple "principle.climbing" {
dims {D1: lp
D2: id}}
useprinciple "principle.barriers" {
dims {D1: lp
D2: id
D3: idlp}
args {Blocks: _.D3.entry.blocks}}
useprinciple "principle.linkingDaughterEnd" {
dims {D1: lp
D2: id
D3: idlp}
args {End: {vf: {subj}}}}
useprinciple "principle.linkingEnd" {
dims {D1: lp
D2: id
D3: idlp}
args {End: {mf1: {iobj}
mf2: {obj}}}}
%%
output "output.decode"
output "output.pretty"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define pa dimension
defdim pa {
%%
deftype "pa.label" {addr ag agm del det pat patm root th thm}
deflabeltype "pa.label"
defentrytype {in: valency("pa.label")
out: valency("pa.label")
lockDaughters: set("pa.label")}
%%
useprinciple "principle.graphConstraints" { dims {D: pa} }
useprinciple "principle.graphDist" { dims {D: pa} }
useprinciple "principle.dag" {
dims {D: pa}
args {Connected: false
DisjointDaughters: true}}
useprinciple "principle.valency" {
dims {D: pa}
args {In: _.D.entry.in
Out: _.D.entry.out}}
useprinciple "principle.lockingDaughters" {
dims {D1: pa
D2: pa
D3: pa}
args {LockDaughters: _.D3.entry.lockDaughters
ExceptAbove: {th}
Key: {agm patm}}}
%% %%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% use and choose outputs
output "output.decode"
output "output.pretty"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define idpa dimension
defdim idpa {
defentrytype {linkDaughterEnd: vec("pa.label" set("id.label"))
linkBelow1or2Start: vec("pa.label" set("id.label"))
linkBelowStart: vec("pa.label" set("id.label"))
linkAboveBelow1or2Start: vec("pa.label" set("id.label"))
lockDaughters: set("id.label")
linkMother: set("pa.label")
linkAboveEnd: vec("pa.label" set("id.label"))
agree: set("pa.label")}
%%
useprinciple "principle.linkingDaughterEnd" {
dims {D1: pa
D2: id
D3: idpa}
args {End: ^.D3.entry.linkDaughterEnd}}
useprinciple "principle.linkingBelow1or2Start" {
dims {D1: pa
D2: id
D3: idpa}
args {Start: ^.D3.entry.linkBelow1or2Start}}
useprinciple "principle.linkingBelowStart" {
dims {D1: pa
D2: id
D3: idpa}
args {Start: ^.D3.entry.linkBelowStart}}
useprinciple "principle.linkingAboveBelow1or2Start" {
dims {D1: pa
D2: id
D3: idpa}
args {Start: ^.D3.entry.linkAboveBelow1or2Start}}
useprinciple "principle.lockingDaughters" {
dims {D1: id
D2: pa
D3: idpa}
args {LockDaughters: _.D3.entry.lockDaughters
ExceptAbove: {}
Key: {agm patm}}}
useprinciple "principle.linkingMother" {
dims {D1: pa
D2: id
D3: idpa}
args {Which: ^.D3.entry.linkMother}}
useprinciple "principle.linkingAboveEnd" {
dims {D1: pa
D2: id
D3: idpa}
args {End: ^.D3.entry.linkAboveEnd}}
useprinciple "principle.partialAgreement" {
dims {D1: pa
D2: id
D3: idpa}
args {Agr1: ^.D2.attrs.agr
Agr2: _.D2.attrs.agr
Agree: ^.D3.entry.agree
Projs: {3}}}
%%
output "output.decode"
output "output.pretty"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define sc dimension
defdim sc {
%%
deftype "sc.label" {del q r root s}
deflabeltype "sc.label"
defentrytype {in: valency("sc.label")
out: valency("sc.label")}
%%
useprinciple "principle.graphConstraints" { dims {D: sc} }
useprinciple "principle.graphDist" { dims {D: sc} }
useprinciple "principle.tree" { dims {D: sc} }
useprinciple "principle.valency" {
dims {D: sc}
args {In: _.D.entry.in
Out: _.D.entry.out}}
%% %%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% use and choose outputs
output "output.decode"
output "output.pretty"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define pasc dimension
defdim pasc {
%%
defentrytype {linkAboveEnd: vec("pa.label" set("sc.label"))
linkBelowStart: vec("pa.label" set("sc.label"))
linkDaughterEnd: vec("pa.label" set("sc.label"))}
%%
useprinciple "principle.linkingAboveEnd" {
dims {D1: pa
D2: sc
D3: pasc}
args {End: ^.D3.entry.linkAboveEnd}}
useprinciple "principle.linkingBelowStart" {
dims {D1: pa
D2: sc
D3: pasc}
args {Start: ^.D3.entry.linkBelowStart}}
useprinciple "principle.linkingDaughterEnd" {
dims {D1: pa
D2: sc
D3: pasc}
args {End: ^.D3.entry.linkDaughterEnd}}
%%
output "output.decode"
output "output.pretty"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define clls dimension
defdim clls {
deftype "clls.var" {x1 x2 x3 x4 x5 x6 x7 x8 x9}
defentrytype {cons: string
anchor: string
roots: set("clls.var")
dom: vec("sc.label" set("clls.var"))
lam: vec("pa.label" set("clls.var"))
var: vec("pa.label" set("clls.var"))}
%%
output "output.clls"
output "output.clls1"
% useoutput "output.clls"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define ps dimension
defdim ps {
%%
deftype "ps.label" {pa1 pa2 bt1 bt2 pa1bt1 pa2bt2 ua "^"}
deflabeltype "ps.label"
defentrytype {in: valency("ps.label")
out: valency("ps.label")
order: set(tuple("ps.label" "ps.label"))}
%%
useprinciple "principle.graphConstraints" { dims {D: ps} }
useprinciple "principle.graphDist" { dims {D: ps} }
useprinciple "principle.tree" { dims {D: ps} }
useprinciple "principle.projectivity" { dims {D: ps} }
useprinciple "principle.valency" {
dims {D: ps}
args {In: _.D.entry.in
Out: _.D.entry.out}}
useprinciple "principle.order2" {
dims {D: ps}
args {Order: _.D.entry.order
Yields: true}}
%%
output "output.decode"
output "output.pretty"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define is dimension
defdim is {
%%
deftype "is.label" {bg rh th umth "^"}
deflabeltype "is.label"
defentrytype {in: valency("is.label")
out: valency("is.label")}
%% %%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% use principles
useprinciple "principle.graphConstraints" { dims {D: is} }
useprinciple "principle.graphDist" { dims {D: is} }
useprinciple "principle.tree" { dims {D: is} }
useprinciple "principle.projectivity" { dims {D: is} }
useprinciple "principle.valency" {
dims {D: is}
args {In: _.D.entry.in
Out: _.D.entry.out}}
useprinciple "principle.order2" {
dims {D: is}
args {Order: <>
Yields: true}}
%%
output "output.decode"
output "output.pretty"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define psis dimension
defdim psis {
%%
useprinciple "principle.subgraphs" {
dims {D1: is
D2: ps
D3: psis}
args {Start: {th: {bt1 pa1bt1}
rh: {bt2 pa2bt2}}}}
%%
output "output.decode"
output "output.pretty"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define lex dimension
defdim lex {
defentrytype {word: string}
% useprinciple "principle.entries" {}
%%
output "output.allDags1"
output "output.allDags2"
output "output.allLatexs1"
output "output.allLatexs2"
%%
useoutput "output.allDags1"
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define id lexical classes
%% roots
defclass "id_root" {
dim id {in: {}
out: {root!}}}
%%%%%%%%%%%%%%%
%% finite verbs
defclass "id_fin" {
dim id {out: {subj!}}}
defclass "id_fin_root" {
"id_fin"
dim id {in: {root?}}}
defclass "id_fin_sub" {
"id_fin"
dim id {in: {sub?}
out: {comp?}}}
defclass "id_fin_rel" {
"id_fin"
dim id {in: {rel?}}}
%% infinite verbs
defclass "id_vinf" {
dim id {in: {vinf?}
out: {part!}}}
defclass "id_vbse" {
dim id {in: {vbse?}}}
defclass "id_vprt" {
dim id {in: {vprt?}}}
%% main verbs
defclass "id_main" {
dim id {out: {adv* pmod*}}}
%% auxiliary verbs
defclass "id_aux" {
dim id {out: {}}}
%%%%%%%%%%%%%%%
%% adverbs, particles and complementizers
%% adverbs
defclass "id_adv" {
dim id {in: {adv?}}}
%% particles
defclass "id_part" {
dim id {in: {part?}}}
%% complementizers
defclass "id_comp" {
dim id {in: {comp?}}}
%%%%%%%%%%%%%%%
%% subcat
%% verbs requiring an object
defclass "id_objc" {
dim id {out: {obj!}}}
%% verbs requiring an indirect object
defclass "id_iobjc" {
dim id {out: {iobj!}}}
%% verbs requiring a prepositional object 1
defclass "id_pobj1c" P {
dim id {out: {pobj1!}
pobj1: P}}
%% verbs requiring a prepositional object 2
defclass "id_pobj2c" P {
dim id {out: {pobj2!}
pobj2: P}}
%% verbs requiring a full infinitive
defclass "id_vinfc" {
dim id {out: {vinf!}}}
%% verbs requiring a base infinitive
defclass "id_vbsec" {
dim id {out: {vbse!}}}
%% verbs requiring a past participle
defclass "id_vprtc" {
dim id {out: {vprt!}}}
%% verbs requiring a subordinate clause
defclass "id_subc" {
dim id {out: {sub!}}}
%% agreement
defclass "id_1sg" {
dim id {agrs: ($ first & sg)}}
defclass "id_3sg" {
dim id {agrs: ($ third & sg)}}
defclass "id_non13sg" {
dim id {agrs: ($ second & sg) |
agrs: ($ pl)}}
defclass "id_non3sg" {
dim id {agrs: ($ (first|second) & sg) |
agrs: ($ pl)}}
%%%%%%%%%%%%%%%
%% nouns
defclass "id_noun" {
dim id {in: {subj? obj? iobj? prepc?}}}
%% proper nouns
defclass "id_pnoun" A {
"id_noun"
dim id {agrs: A
out: {adj* pmod* rel?}}}
%% common nouns
defclass "id_cnoun" A {
"id_noun"
dim id {agrs: A
out: {det! adj* pmod* rel?}}}
%% personal pronouns
defclass "id_perpro" A {
"id_noun"
dim id {agrs: A
out: {adj* pmod* rel?}}}
%% relative pronouns
defclass "id_relpro" A {
"id_noun"
dim id {agrs: A}}
%% wh pronouns
defclass "id_whpro" A {
"id_noun"
dim id {agrs: A}}
%% determiners
defclass "id_det" {
dim id {in: {det?}}}
%% adjectives
defclass "id_adj" {
dim id {in: {adj?}}}
%% agreement
defclass "id_sg" {
dim id {agrs: ($ sg)}}
defclass "id_pl" {
dim id {agrs: ($ pl)}}
%%%%%%%%%%%%%%%
%% prepositions
defclass "id_prep" {
dim id {out: {prepc!}}}
%% prepositional objects
defclass "id_pobj" W {
"id_prep"
dim id {in: {pobj1? pobj2?}
pagrs: {W}}}
%% prepositional modifiers
defclass "id_pmod" W {
"id_prep"
dim id {in: {pmod?}
pagrs: {W}}}
defclass "id_padj" W { "id_pmod" {W: W} }
defclass "id_padv" W { "id_pmod" {W: W} }
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define lp lexical classes
%% roots
defclass "lp_root" {
dim lp {in: {}
out: {root!}
order: <root "^">}}
%%%%%%%%%%%%%%%
%% finite verbs
defclass "lp_fin" {
dim lp {out: {lbf? fadvf* mf1? mf2? rbf* padvf* tadvf* nf?}}}
defclass "lp_fin_root" {
"lp_fin"
dim lp {in: {root?}
out: {vvf? vf!}}}
defclass "lp_fin_sub" {
"lp_fin"
dim lp {in: {vvf? nf?}
out: {compf? vf?}}}
defclass "lp_fin_rel" {
"lp_fin"
dim lp {in: {relf?}
out: {rprof! vf?}}}
%% infinite verbs
defclass "lp_vinf" {
dim lp {in: {rbf?}
out: {vvf! lbf? fadvf* mf1? mf2? rbf* padvf* tadvf* nf?}}}
defclass "lp_vbse" {
dim lp {in: {lbf?}
out: {lbf?}}}
defclass "lp_vprt" {
dim lp {in: {lbf?}
out: {lbf?}}}
%% main verbs
defclass "lp_main" {
dim lp {order: <compf rprof vvf vf fadvf "^" lbf mf1 mf2 rbf padvf tadvf nf>}}
%% auxiliary verb
defclass "lp_aux" {
dim lp {order: <compf rprof vvf vf "^" fadvf lbf mf1 mf2 rbf padvf tadvf nf>}}
%% questions auxiliary verb
defclass "lp_qaux" {
dim lp {order: <compf rprof vvf "^" vf fadvf lbf mf1 mf2 rbf padvf tadvf nf>}}
%%%%%%%%%%%%%%%
%% adverbs, particles and complementizers
%% adverbs
defclass "lp_adv" F {
dim lp {in: {F? vvf?}}}
%% particles
defclass "lp_part" {
dim lp {in: {vvf?}}}
%% complementizers
defclass "lp_comp" {
dim lp {in: {compf?}}}
%%%%%%%%%%%%%%%
%% nouns
defclass "lp_noun" {
dim lp {in: {vvf? vf? mf1? mf2? prepcf?}
out: {detf? adjf* padjf? relf?}
order: <detf adjf "^" padjf relf>}}
%% proper nouns
defclass "lp_pnoun" { "lp_noun" }
%% common nouns
defclass "lp_cnoun" { "lp_pnoun" }
%% personal pronouns
defclass "lp_perpro" { "lp_noun" }
%% relative pronouns
defclass "lp_relpro" {
dim lp {in: {rprof? prepcf?}}}
%% wh pronouns
defclass "lp_whpro" {
dim lp {in: {vvf? vf? prepcf?}}}
%% determiners
defclass "lp_det" {
dim lp {in: {detf?}}}
%% adjectives
defclass "lp_adj" {
dim lp {in: {adjf?}}}
%%%%%%%%%%%%%%%
%% prepositions
defclass "lp_prep" {
dim lp {out: {prepcf?}
order: <"^" prepcf>}}
%% prepositional objects
defclass "lp_pobj" {
"lp_prep"
dim lp {in: {rbf? vvf? rprof?}}}
%% noun-modifying prepositions
defclass "lp_padj" {
"lp_prep"
dim lp {in: {padjf?}}}
%% verb-modifying prepositions
defclass "lp_padv" F {
"lp_prep"
dim lp {in: {F? vvf? rprof?}}}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define idlp lexical classes
defclass "idlp_root" {}
%%%%%%%%%%%%%%%
%% finite verbs
defclass "idlp_fin" {
%% block all labels except: det, adj, padj, rel (nouns), part (full
%% infinitives), root, sub, subj, obj, iobj, pobj1, pobj2
dim idlp {blocks: {adv comp pmod sub vbse vinf vprt}}}
defclass "idlp_fin_root" { "idlp_fin" }
defclass "idlp_fin_sub" { "idlp_fin" }
defclass "idlp_fin_rel" { "idlp_fin" }
%% infinite verbs
defclass "idlp_vinf" { dim idlp {blocks: {part vinf vbse vprt}} }
defclass "idlp_vbse" {}
defclass "idlp_vprt" {}
%% main verbs
defclass "idlp_main" {}
%% auxiliary verbs
defclass "idlp_aux" {}
%%%%%%%%%%%%%%%
%% adverbs, particles and complementizers
%% adverbs
defclass "idlp_adv" {}
%% particles
defclass "idlp_part" {}
%% complementizers
defclass "idlp_comp" {}
%%%%%%%%%%%%%%%
%% nouns
defclass "idlp_noun" { dim idlp {blocks: {det adj pmod rel}} }
%% proper nouns
defclass "idlp_pnoun" { "idlp_noun" }
%% common nouns
defclass "idlp_cnoun" { "idlp_noun" }
%% personal pronouns
defclass "idlp_perpro" { "idlp_noun" }
%% relative pronouns
defclass "idlp_relpro" { "idlp_noun" }
%% wh pronouns
defclass "idlp_whpro" { "idlp_noun" }
%% determiners
defclass "idlp_det" {}
%% adjectives
defclass "idlp_adj" {}
%%%%%%%%%%%%%%%
%% prepositions
defclass "idlp_prep" {}
%% prepositional objects
defclass "idlp_pobj" { "idlp_prep" }
%% noun-modifying prepositions
defclass "idlp_padj" { "idlp_prep" }
%% verb-modifying prepositions
defclass "idlp_padv" { "idlp_prep" }
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define pa lexical classes
%% predicate
defclass "pa_pred" {
dim pa {in: {root!}}}
%% deleted
defclass "pa_del" {
dim pa {in: {del!}}}
%% roots
defclass "pa_root" {
dim pa {in: {}
out: {root* del*}}}
%%%%%%%%%%%%%%%
%% finite verbs
defclass "pa_fin" {}
%% infinite verbs
defclass "pa_vinf" {}
defclass "pa_vbse" {}
defclass "pa_vprt" {}
%% main verbs
defclass "pa_main" {
"pa_pred"
dim pa {in: {th? thm*}}}
%% auxiliary verbs
defclass "pa_aux" { "pa_del" }
%%%%%%%%%%%%%%%
%% adverbs, particles and complementizers
%% adverbs
defclass "pa_adv" {
"pa_pred"
dim pa {in: {thm*}
out: {thm!}}}
%% particles
defclass "pa_part" { "pa_del" }
%% complementizers
defclass "pa_comp" { "pa_del" }
%%%%%%%%%%%%%%%
%% subcat
%% verbs requiring an agent
defclass "pa_agc" {
dim pa {out: {ag!}}}
%% verbs requiring a patient
defclass "pa_patc" {
dim pa {out: {pat!}}}
%% verbs requiring an addressee
defclass "pa_addrc" {
dim pa {out: {addr!}}}
%% verbs requiring a th
defclass "pa_thc" {
dim pa {out: {th!}}}
%% subject control/raising
defclass "pa_subjcr" {
dim pa {lockDaughters: {pat addr}}}
%% object control/raising
defclass "pa_objcr" {
dim pa {lockDaughters: {ag addr}}}
%% prepositional objects 1 control/raising
defclass "pa_pobj1cr" {
dim pa {lockDaughters: {ag pat}}}
%% no control/raising
defclass "pa_nocr" {
dim pa {lockDaughters: {ag pat addr}}}
%%%%%%%%%%%%%%%
%% nouns
defclass "pa_noun" {
dim pa {in: {ag* pat* addr* agm* patm*}}}
%% proper nouns
defclass "pa_pnoun" { "pa_noun" }
%% common nouns
defclass "pa_cnoun" {
"pa_noun"
dim pa {out: {det!}}}
%% personal pronouns
defclass "pa_perpro" { "pa_noun" }
%% relative pronouns
defclass "pa_relpro" {
"pa_noun"
dim pa {out: {agm!}}}
%% wh pronouns
defclass "pa_whpro" { "pa_noun" }
%% determiners
defclass "pa_det" {
dim pa {in: {det!}}}
%% adjectives
defclass "pa_adj" {
"pa_pred"
dim pa {out: {agm!}}}
%%%%%%%%%%%%%%%
%% prepositions
%% prepositional objects
defclass "pa_pobj" { "pa_del" }
%% noun-modifying prepositions
defclass "pa_padj" {
"pa_adj"
dim pa {out: {patm!}}}
%% verb-modifying prepositions
defclass "pa_padv" {
"pa_adv"
dim pa {out: {patm!}}}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define idpa lexical classes
%% roots
defclass "idpa_root" {}
%%%%%%%%%%%%%%%
%% finite verbs
defclass "idpa_fin" {}
%% infinite verbs
defclass "idpa_vinf" {}
defclass "idpa_vbse" {}
defclass "idpa_vprt" {}
%% main verbs
defclass "idpa_main" {}
%% auxiliary verbs
defclass "idpa_aux" {}
%%%%%%%%%%%%%%%
%% adverbs, particles and complementizers
%% adverbs
defclass "idpa_adv" {
dim idpa {linkMother: {thm}}}
%% particles
defclass "idpa_part" {}
%% complementizers
defclass "idpa_comp" {}
%%%%%%%%%%%%%%%
%% subcat
%% realize the agent by the subject (or higher up)
defclass "idpa_ag_super" {
dim idpa {linkAboveBelow1or2Start: {ag: {subj obj iobj pobj1 pobj2}}}}
%% realize the patient by the subject (or higher up)
defclass "idpa_pat_super" {
dim idpa {linkAboveBelow1or2Start: {pat: {subj obj iobj pobj1 pobj2}}}}
%% realize the addressee by the subject (or higher up)
defclass "idpa_addr_super" {
dim idpa {linkAboveBelow1or2Start: {addr: {subj obj iobj pobj1 pobj2}}}}
%% realize the patient by the object
defclass "idpa_pat_obj" {
dim idpa {linkBelow1or2Start: {pat: {obj}}}}
%% realize the addressee by the indirect object
defclass "idpa_addr_iobj" {
dim idpa {linkBelow1or2Start: {addr: {iobj}}}}
%% realize the addressee by a prepositional object 1
defclass "idpa_addr_pobj1" {
dim idpa {linkBelow1or2Start: {addr: {pobj1}}}}
%% realize the agent by a prepositional object 2
defclass "idpa_ag_pobj2" {
dim idpa {linkBelow1or2Start: {ag: {pobj2}}}}
%% realize the th by a full infinitive
defclass "idpa_th_vinf" {
dim idpa {linkBelowStart: {th: {vinf}}}}
%% realize the th by a subordinate sentence
defclass "idpa_th_sub" {
dim idpa {linkBelowStart: {th: {sub}}}}
%% subject control/raising
defclass "idpa_subjcr" {
dim idpa {lockDaughters: {obj iobj}}}
%% object control/raising
defclass "idpa_objcr" {
dim idpa {lockDaughters: {subj iobj}}}
%% prepositional objects 1 control/raising
defclass "idpa_pobj1cr" {}
%% no control/raising
defclass "idpa_nocr" {}
%%%%%%%%%%%%%%%
%% nouns
%% proper nouns
defclass "idpa_pnoun" {}
%% common nouns
defclass "idpa_cnoun" {
dim idpa {linkDaughterEnd: {det: {det}}}}
%% personal pronouns
defclass "idpa_perpro" {}
%% relative pronouns
defclass "idpa_relpro_agree" {
dim idpa {agree: {agm}}}
defclass "idpa_relpro_link" {
dim idpa {linkAboveEnd: {agm: {rel}}}}
defclass "idpa_relpro" {
"idpa_relpro_agree"
"idpa_relpro_link"}
%% wh pronouns
defclass "idpa_whpro" {}
%% determiners
defclass "idpa_det" {}
%% adjectives
defclass "idpa_adj" {
dim idpa {linkMother: {agm}}}
%%%%%%%%%%%%%%%
%% prepositions
%% prepositional objects
defclass "idpa_pobj" {}
%% noun-modifying prepositions
defclass "idpa_padj" {
"idpa_adj"
dim idpa {linkDaughterEnd: {patm: {prepc}}}}
%% verb-modifying prepositions
defclass "idpa_padv" {
"idpa_adv"
dim idpa {linkDaughterEnd: {patm: {prepc}}}}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define sc lexical classes
defclass "sc_cont" {
dim sc {in: {r? s? root?}}}
defclass "sc_nocont" {
dim sc {in: {del!}}}
defclass "sc_sc" {
dim sc {out: {s!}}}
%% roots
defclass "sc_root" {
dim sc {in: {}
out: {root! del*}}}
%%%%%%%%%%%%%%%
%% finite verbs
defclass "sc_fin" {}
%% infinite verbs
defclass "sc_vinf" {}
defclass "sc_vbse" {}
defclass "sc_vprt" {}
%% main verbs
defclass "sc_main" { "sc_cont" }
%% auxiliary verbs
defclass "sc_aux" { "sc_nocont" }
%%%%%%%%%%%%%%%
%% adverbs, particles and complementizers
%% adverbs
defclass "sc_adv" {
"sc_cont"
"sc_sc"}
%% particles
defclass "sc_part" { "sc_nocont" }
%% complementizers
defclass "sc_comp" { "sc_nocont" }
%%%%%%%%%%%%%%%
%% nouns
defclass "sc_noun" {
"sc_cont"
"sc_sc"
dim sc {out: {r*}}}
%% proper nouns
defclass "sc_pnoun" { "sc_noun" }
%% common nouns
defclass "sc_cnoun" {
"sc_noun"
dim sc {out: {q!}}}
%% personal pronouns
defclass "sc_perpro" { "sc_noun" }
%% relative pronouns
defclass "sc_relpro" { "sc_noun" }
%% wh pronouns
defclass "sc_whpro" { "sc_noun" }
%% determiners
defclass "sc_det" {
dim sc {in: {q?}}}
%% adjectives
defclass "sc_adj" { "sc_cont" }
%%%%%%%%%%%%%%%
%% prepositions
%% prepositional objects
defclass "sc_pobj" { "sc_nocont" }
%% noun-modifying prepositions
defclass "sc_padj" { "sc_cont" }
%% verb-modifying prepositions
defclass "sc_padv" {
"sc_cont"
"sc_sc"}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define pasc lexical classes
defclass "pasc_modn" {
dim pasc {linkAboveEnd: {agm: {r}}}}
defclass "pasc_modv" {
dim pasc {linkBelowStart: {thm: {s}}}}
%% roots
defclass "pasc_root" {}
%%%%%%%%%%%%%%%
%% finite verbs
defclass "pasc_fin" {}
%% infinite verbs
defclass "pasc_vinf" {}
defclass "pasc_vbse" {}
defclass "pasc_vprt" {}
%% main verbs
defclass "pasc_main" {
dim pasc {linkAboveEnd: {ag: {s}
pat: {s}
addr: {s}}
linkBelowStart: {th: {s}}}}
%% auxiliary verbs
defclass "pasc_aux" {}
%%%%%%%%%%%%%%%
%% adverbs, particles and complementizers
%% adverbs
defclass "pasc_adv" { "pasc_modv" }
%% particles
defclass "pasc_part" {}
%% complementizers
defclass "pasc_comp" {}
%%%%%%%%%%%%%%%
%% nouns
%% proper nouns
defclass "pasc_pnoun" {}
%% common nouns
defclass "pasc_cnoun" {
dim pasc {linkDaughterEnd: {det: {q}}}}
%% personal pronouns
defclass "pasc_perpro" {}
%% relative pronouns
defclass "pasc_relpro" { "pasc_modn" }
%% wh pronouns
defclass "pasc_whpro" {}
%% determiners
defclass "pasc_det" {}
%% adjectives
defclass "pasc_adj" { "pasc_modn" }
%%%%%%%%%%%%%%%
%% prepositions
defclass "pasc_pmod" {
dim pasc {linkAboveEnd: {patm: {s}}}}
%% prepositional objects
defclass "pasc_pobj" {}
%% noun-modifying prepositions
defclass "pasc_padj" {
"pasc_modn"
"pasc_pmod"}
%% verb-modifying prepositions
defclass "pasc_padv" {
"pasc_modv"
"pasc_pmod"}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define clls lexical classes
defclass "clls_nocont" A {
dim clls {cons: ""
anchor: A
roots: {}}}
%% roots
defclass "clls_root" A {
"clls_nocont" {A: A}}
%%%%%%%%%%%%%%%
%% finite verbs
defclass "clls_fin" {}
%% infinite verbs
defclass "clls_vinf" {}
defclass "clls_vbse" {}
defclass "clls_vprt" {}
%% main verbs
defclass "clls_main" {}
%% auxiliary verbs
defclass "clls_aux" {
dim clls {cons: ""}}
%%%%%%%%%%%%%%%
%% adverbs, particles and complementizers
%% adverbs
defclass "clls_adv" A {
dim clls {cons: "label(x1 '@'(x2 x3)) label(x2 anchor)"
anchor: A
roots: {x1}
dom: {s: {x3}}}}
%% particles
defclass "clls_part" A {
"clls_nocont" {A: A}}
%% complementizers
defclass "clls_comp" A {
"clls_nocont" {A: A}}
%%%%%%%%%%%%%%%
%% subcat
defclass "clls_intrans" {
dim clls {cons: "label(x1 '@'(x2 x3)) label(x2 anchor) label(x3 var)"
roots: {x1}
var: {ag: {x3}}}}
defclass "clls_trans" {
dim clls {cons: "label(x1 '@'(x2 x3)) label(x2 '@'(x4 x5)) label(x4 anchor) label(x5 var) label(x3 var)"
roots: {x1}
var: {ag: {x3}
pat: {x5}}}}
defclass "clls_ditrans" {
dim clls {cons: "label(x1 '@'(x2 x3)) label(x2 '@'(x4 x5)) label(x4 '@'(x6 x7)) label(x6 anchor) label(x7 var) label(x5 var) label(x3 var)"
roots: {x1}
var: {ag: {x3}
pat: {x5}
addr: {x7}}}}
defclass "clls_subjsubjrais" {
dim clls {cons: "label(x1 '@'(x2 x3)) label(x2 anchor)"
roots: {x1}
dom: {s: {x3}}}}
defclass "clls_subjobjrais" {
dim clls {cons: "label(x1 '@'(x2 x5)) label(x2 '@'(x3 x4)) label(x3 anchor) label(x5 var)"
roots: {x1}
dom: {s: {x4}}
var: {ag: {x5}}}}
defclass "clls_itrsubjsubjctrl" { "clls_subjobjrais" }
defclass "clls_trsubjsubjctrl" {
dim clls {cons: "label(x1 '@'(x2 x7)) label(x2 '@'(x3 x6)) label(x3 '@'(x4 x5)) label(x4 anchor) label(x6 var) label(x7 var)"
roots: {x1}
dom: {s: {x4}}
var: {ag: {x7}
pat: {x6}}}}
defclass "clls_subjobjctrl" { "clls_trsubjsubjctrl" }
defclass "clls_subjpobj1ctrl" {
dim clls {cons: "label(x1 '@'(x2 x7)) label(x2 '@'(x3 x6)) label(x3 '@'(x4 x5)) label(x4 anchor) label(x6 var) label(x7 var)"
roots: {x1}
dom: {s: {x4}}
var: {ag: {x7}
addr: {x6}}}}
defclass "clls_itrsubc" { "clls_subjobjrais" }
%%%%%%%%%%%%%%%
%% nouns
%% proper nouns
defclass "clls_pnoun" A {
dim clls {cons: "label(x1 '@'(x2 x3)) label(x2 anchor) label(x3 lambda(x4))"
anchor: A
roots: {x1}
dom: {s: {x4}}
lam: {ag: {x3}
pat: {x3}
addr: {x3}
agm: {x3}
patm: {x3}}}}
%% common nouns
defclass "clls_cnoun" A {
dim clls {cons: "label(x1 '@'(x2 x8)) label(x2 '@'(x3 x4)) dom(x4 x5) label(x5 '@'(x6 x7)) label(x6 anchor) label(x7 var) label(x8 lambda(x9)) lam(x7 x8)"
anchor: A
roots: {x1}
dom: {q: {x3}
r: {x4}
s: {x9}}
lam: {ag: {x8}
pat: {x8}
addr: {x8}
agm: {x8}
patm: {x8}}}}
%% personal pronouns
defclass "clls_perpro" A { "clls_pnoun" {A: A} }
%% relative pronouns
defclass "clls_relpro" {
dim clls {cons: "label(x1 '@'(x2 x3)) label(x2 var) label(x3 lambda(x4))"
anchor: ""
roots: {x1}
dom: {s: {x4}}
lam: {ag: {x3}
pat: {x3}
addr: {x3}}
var: {agm: {x2}}}}
%% wh pronouns
defclass "clls_whpro" A { "clls_pnoun" {A: A} }
%% determiners
defclass "clls_det" A {
dim clls {cons: "label(x1 anchor)"
anchor: A
roots: {x1}}}
%% adjectives
defclass "clls_adj" A {
dim clls {cons: "label(x1 '@'(x2 x3)) label(x2 anchor) label(x3 var)"
anchor: A
roots: {x1}
var: {agm: {x3}}}}
%%%%%%%%%%%%%%%
%% prepositions
%% prepositional objects
defclass "clls_pobj" A {
"clls_nocont" {A: A}}
%% noun-modifying prepositions
defclass "clls_padj" A {
dim clls {cons: "label(x1 '@'(x2 x3)) label(x2 '@'(x4 x5)) label(x4 anchor) label(x5 var) label(x3 var)"
anchor: A
roots: {x1}
var: {agm: {x3}
patm: {x5}}}}
%% verb-modifying prepositions
defclass "clls_padv" A {
dim clls {cons: "label(x1 '@'(x2 x3)) label(x2 '@'(x4 x5)) label(x4 anchor) label(x5 var)"
anchor: A
roots: {x1}
dom: {s: {x3}}
var: {patm: {x5}}}}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define ps lexical classes
%% roots
defclass "ps_root" {
dim ps {in: {}
out: {bt1* bt2* pa1bt1* pa2bt2*}
order: {[bt1 "^"] [bt2 "^"] [pa1bt1 "^"] [pa2bt2 "^"]}}}
%% boundary tones/pitch accents and boundary tones
defclass "ps_bt" BT PA {
dim ps {in: {BT?}
out: {PA* ua*}
order: {[PA "^"] [ua "^"]}}}
defclass "ps_bt1" { "ps_bt" {BT: bt1 PA: pa1} }
defclass "ps_bt2" { "ps_bt" {BT: bt2 PA: pa2} }
defclass "ps_pa1bt1" { "ps_bt" {BT: pa1bt1 PA: pa1} }
defclass "ps_pa2bt2" { "ps_bt" {BT: pa2bt2 PA: pa2} }
%% pitch accents
defclass "ps_pa" PA {
dim ps {in: {PA?}}}
defclass "ps_pa1" { "ps_pa" {PA: pa1} }
defclass "ps_pa2" { "ps_pa" {PA: pa2} }
%% unaccented words
defclass "ps_ua" {
dim ps {in: {ua?}}}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define is lexical classes
%% roots
defclass "is_root" {
dim is {in: {}
out: ({th* rh+}|{umth* rh+})}}
%% themes
defclass "is_tf" {
dim is {in: {th?}
out: {bg*}}}
%% rhemes
defclass "is_rf" {
dim is {in: {rh?}
out: {bg*}}}
%% non-foci
defclass "is_nf" {
dim is {in: {bg? umth?}}}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define psis lexical classes
%% roots
defclass "psis_root" {
"ps_root"
"is_root"}
%% themes
defclass "psis_th_pa" {
"ps_pa1"
"is_tf"}
defclass "psis_th_pabt" {
"ps_pa1bt1"
"is_tf"}
defclass "psis_th_bt" {
"ps_bt1"
"is_nf"}
%% rhemes
defclass "psis_rh_pa" {
"ps_pa2"
"is_rf"}
defclass "psis_rh_pabt" {
"ps_pa2bt2"
"is_rf"}
defclass "psis_rh_bt" {
"ps_bt2"
"is_nf"}
%% non-foci
defclass "psis_ua" {
"ps_ua"
"is_nf"}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define lex lexical classes
defclass "lex_root" W {
dim lex {word: W}}
defclass "lex_pa1" W {
dim lex {word: W@"_L+H*"}}
defclass "lex_pa2" W {
dim lex {word: W@"_H*"}}
defclass "lex_bt1" W {
dim lex {word: W@"_LH%"}}
defclass "lex_bt2" W {
dim lex {word: W@"_LL%"}}
defclass "lex_pa1bt1" W {
dim lex {word: W@"_L+H*_LH%"}}
defclass "lex_pa2bt2" W {
dim lex {word: W@"_H*_LL%"}}
defclass "lex_ua" W {
dim lex {word: W}}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% lex lexical classes
%% enter
defclass "lex_enter" W {
("psis_th_pa" & "lex_pa1" {W: W}) |
("psis_th_bt" & "lex_bt1" {W: W}) |
("psis_th_pabt" & "lex_pa1bt1" {W: W}) |
("psis_rh_pa" & "lex_pa2" {W: W}) |
("psis_rh_bt" & "lex_bt2" {W: W}) |
("psis_rh_pabt" & "lex_pa2bt2" {W: W}) |
("psis_ua" & "lex_ua" {W: W})}
%% roots
defclass "root" W {
"id_root"
"lp_root"
"idlp_root"
"pa_root"
"idpa_root"
"sc_root"
"pasc_root"
"clls_root" {A: W}
"psis_root"
"lex_root" {W: W}}
%%%%%%%%%%%%%%%
%% finite verbs
defclass "lex_fin" {
("id_fin_root" &
"lp_fin_root" &
"idlp_fin_root") |
("id_fin_sub" &
"lp_fin_sub" &
"idlp_fin_sub") |
("id_fin_rel" &
"lp_fin_rel" &
"idlp_fin_rel")
"pa_fin"
"idpa_fin"
"sc_fin"
"pasc_fin"
"clls_fin"}
defclass "lex_fin_root" {
"id_fin_root"
"lp_fin_root"
"idlp_fin_root"
"pa_fin"
"idpa_fin"
"sc_fin"
"pasc_fin"
"clls_fin"}
defclass "lex_fin2" W3sg Wnon3sg {
"lex_fin"
("id_3sg" &
"lex_enter" {W: W3sg}) |
("id_non3sg" &
"lex_enter" {W: Wnon3sg})}
defclass "lex_fin3" W1sg W3sg Wnon13sg {
"lex_fin"
("id_1sg" &
"lex_enter" {W: W1sg}) |
("id_3sg" &
"lex_enter" {W: W3sg}) |
("id_non13sg" &
"lex_enter" {W: Wnon13sg})}
defclass "lex_fin2_qaux" W3sg Wnon3sg {
"lex_fin_root"
("id_3sg" &
"lex_enter" {W: W3sg}) |
("id_non3sg" &
"lex_enter" {W: Wnon3sg})}
defclass "lex_fin3_qaux" W1sg W3sg Wnon13sg {
"lex_fin_root"
("id_1sg" &
"lex_enter" {W: W1sg}) |
("id_3sg" &
"lex_enter" {W: W3sg}) |
("id_non13sg" &
"lex_enter" {W: Wnon13sg})}
%% infinite verbs
defclass "lex_vinf" W {
"id_vinf"
"lp_vinf"
"idlp_vinf"
"pa_vinf"
"idpa_vinf"
"sc_vinf"
"pasc_vinf"
"clls_vinf"
"lex_enter" {W: W}}
defclass "lex_vbse" W {
"id_vbse"
"lp_vbse"
"idlp_vbse"
"pa_vbse"
"idpa_vbse"
"sc_vbse"
"pasc_vbse"
"clls_vbse"
"lex_enter" {W: W}}
defclass "lex_vprt" W {
"id_vprt"
"lp_vprt"
"idlp_vprt"
"pa_vprt"
"idpa_vprt"
"sc_vprt"
"pasc_vprt"
"clls_vprt"
"lex_enter" {W: W}}
defclass "lex_infin" Winf Wprt {
"lex_vinf" {W: Winf} |
"lex_vbse" {W: Winf} |
"lex_vprt" {W: Wprt}}
defclass "verb" W3sg Wnon3sg Wprt {
"lex_fin2" {W3sg: W3sg
Wnon3sg: Wnon3sg} |
"lex_infin" {Winf: Wnon3sg
Wprt: Wprt}
dim clls {anchor: Wnon3sg}}
defclass "verb5" W1sg W3sg Wnon13sg Winf Wprt {
"lex_fin3" {W1sg: W1sg
W3sg: W3sg
Wnon13sg: Wnon13sg} |
"lex_infin" {Winf: Winf
Wprt: Wprt}
dim clls {anchor: Winf}}
defclass "verb_qaux" W3sg Wnon3sg {
"lex_fin2_qaux" {W3sg: W3sg
Wnon3sg: Wnon3sg}
dim clls {anchor: Wnon3sg}}
defclass "verb_qaux3" W1sg W3sg Wnon13sg {
"lex_fin3_qaux" {W1sg: W1sg
W3sg: W3sg
Wnon13sg: Wnon13sg}
dim clls {anchor: Wnon13sg}}
%%%%%%%%%%%%%%%
%% adverbs, particles and complementizers
%% adverbs
defclass "lex_adv" W F {
"id_adv"
"lp_adv" {F: F}
"idlp_adv"
"pa_adv"
"idpa_adv"
"sc_adv"
"pasc_adv"
"clls_adv" {A: W}
"lex_enter" {W: W}}
defclass "advf" W {
"lex_adv" {W: W
F: fadvf}}
defclass "advp" W {
"lex_adv" {W: W
F: padvf}}
defclass "advt" W {
"lex_adv" {W: W
F: tadvf}}
%% particles
defclass "part" W {
"id_part"
"lp_part"
"idlp_part"
"pa_part"
"idpa_part"
"sc_part"
"pasc_part"
"clls_part" {A: W}
"lex_enter" {W: W}}
%% complementizers
defclass "comp" W {
"id_comp"
"lp_comp"
"idlp_comp"
"pa_comp"
"idpa_comp"
"sc_comp"
"pasc_comp"
"clls_comp" {A: W}
"lex_enter" {W: W}}
%%%%%%%%%%%%%%%
%% subcat
%% auxiliary
defclass "lex_aux" {
"id_aux"
"idlp_aux"
"pa_aux"
"idpa_aux"
"sc_aux"
"pasc_aux"
"clls_aux"}
%% declarative auxiliary
defclass "lex_daux" {
"lex_aux"
"lp_aux"}
%% question auxiliary
defclass "lex_qaux" {
"lex_aux"
"lp_qaux"}
%% main verb
defclass "lex_main" {
"id_main"
"lp_main"
"idlp_main"
"pa_main"
"idpa_main"
"sc_main"
"pasc_main"
"clls_main"}
%%
defclass "lex_ag_super" {
"pa_agc"
"idpa_ag_super"}
defclass "lex_pat_super" {
"pa_patc"
"idpa_pat_super"}
defclass "lex_addr_super" {
"pa_addrc"
"idpa_addr_super"}
defclass "lex_pat_obj" {
"id_objc"
"pa_patc"
"idpa_pat_obj"}
defclass "lex_addr_iobj" {
"id_iobjc"
"pa_addrc"
"idpa_addr_iobj"}
defclass "lex_addr_pobj1" {
"id_pobj1c" {P: {to}}
"pa_addrc"
"idpa_addr_pobj1"}
defclass "lex_ag_pobj2" {
"id_pobj2c" {P: {by}}
"pa_agc"
"idpa_ag_pobj2"}
defclass "lex_no_ag" {}
%%
defclass "lex_intrans" {
"lex_main"
"lex_ag_super"}
defclass "lex_trans_act" {
"lex_main"
"lex_ag_super"
"lex_pat_obj"}
defclass "lex_trans_pas" {
dim id {in: {vprt!}}
"lex_main"
"lex_pat_super"
("lex_ag_pobj2" | "lex_no_ag")}
defclass "lex_trans" {
"lex_trans_act" | "lex_trans_pas"}
%% Mary gives Peter the book .
%% Mary gives the book to Peter .
defclass "lex_ditrans_act" {
"lex_trans_act"
("lex_addr_iobj" | "lex_addr_pobj1")}
%% the book is given to Peter by Mary .
%% Peter is given the book by Mary .
defclass "lex_ditrans_pas" {
dim id {in: {vprt!}}
"lex_main"
( "lex_ag_pobj2" | "lex_no_ag" )
(( "lex_pat_super" & "lex_addr_pobj1") |
( "lex_addr_super" & "lex_pat_obj"))}
defclass "lex_ditrans" {
"lex_ditrans_act" | "lex_ditrans_pas"}
defclass "lex_vinfc" {
"id_vinfc"
"pa_thc"
"idpa_th_vinf"
"sc_sc"}
defclass "lex_vbsec" {
"id_vbsec"}
defclass "lex_vprtc" {
"id_vprtc"}
%% subject control/raising
defclass "lex_subjcr" {
"pa_subjcr"
"idpa_subjcr"}
%% object control/raising
defclass "lex_objcr" {
"pa_objcr"
"idpa_objcr"}
%% prepositional objects 1 control/raising
defclass "lex_pobj1cr" {
"pa_pobj1cr"
"idpa_pobj1cr"}
%% no /control/raising
defclass "lex_nocr" {
"pa_nocr"
"idpa_nocr"}
defclass "lex_subc" {
"id_subc"
"pa_thc"
"idpa_th_sub"
"sc_sc"}
%%
defclass "aux" {
"lex_daux"
"lex_subjcr"
"lex_vbsec"}
defclass "qaux" {
"lex_qaux"
"lex_subjcr"
"lex_vbsec"}
defclass "paux" {
"lex_daux"
"lex_subjcr"
"lex_vprtc"}
defclass "qpaux" {
"lex_qaux"
"lex_subjcr"
"lex_vprtc"}
defclass "intrans" {
"lex_intrans"
"lex_nocr"
"clls_intrans"}
defclass "trans" {
"lex_trans"
"lex_nocr"
"clls_trans"}
defclass "ditrans" {
"lex_ditrans"
"lex_nocr"
"clls_ditrans"}
%% subject-to-subject raising
defclass "subjsubjrais" {
"lex_main"
"lex_vinfc"
"lex_subjcr"
"clls_subjsubjrais"}
%% subject-to-object raising
defclass "subjobjrais" {
"lex_intrans"
"id_objc"
"lex_vinfc"
"lex_objcr"
"clls_subjobjrais"}
%% subject-to-subject control
defclass "itrsubjsubjctrl" {
"lex_intrans"
"lex_vinfc"
"lex_subjcr"
"clls_itrsubjsubjctrl"}
defclass "trsubjsubjctrl" {
"lex_trans"
"lex_vinfc"
"lex_subjcr"
"clls_trsubjsubjctrl"}
%% subject-to-object control
defclass "subjobjctrl" {
"lex_trans"
"lex_vinfc"
"lex_objcr"
"clls_subjobjctrl"}
%% subject-to-prepositional object 1 control
defclass "subjpobj1ctrl" {
"lex_intrans"
"lex_addr_pobj1"
"lex_vinfc"
"lex_pobj1cr"
"clls_subjpobj1ctrl"}
%% subordinate clauses
defclass "itrsubc" {
"lex_intrans"
"lex_subc"
"lex_nocr"
"clls_itrsubc"}
%%%%%%%%%%%%%%%
%% nouns
%% proper nouns
defclass "pnoun" W A {
"id_pnoun" {A: A}
"lp_pnoun"
"idlp_pnoun"
"pa_pnoun"
"idpa_pnoun"
"sc_pnoun"
"pasc_pnoun"
"clls_pnoun" {A: W}
"lex_enter" {W: W}}
%% common nouns
defclass "cnoun" Wsg Wpl A {
"id_cnoun" {A: A}
"lp_cnoun"
"idlp_cnoun"
"pa_cnoun"
"idpa_cnoun"
"sc_cnoun"
"pasc_cnoun"
"clls_cnoun" {A: Wsg}
("id_sg" &
"lex_enter" {W: Wsg}) |
("id_pl" &
"lex_enter" {W: Wpl})}
%% personal pronouns
defclass "perpro" W A {
"id_perpro" {A: A}
"lp_perpro"
"idlp_perpro"
"pa_perpro"
"idpa_perpro"
"sc_perpro"
"pasc_perpro"
"clls_perpro" {A: W}
"lex_enter" {W: W}}
%% relative pronouns
defclass "relpro" W A {
"id_relpro" {A: A}
"lp_relpro"
"idlp_relpro"
"pa_relpro"
"idpa_relpro"
"sc_relpro"
"pasc_relpro"
"clls_relpro"
"lex_enter" {W: W}}
%% wh pronouns
defclass "whpro" W A {
"id_whpro" {A: A}
"lp_whpro"
"idlp_whpro"
"pa_whpro"
"idpa_whpro"
"sc_whpro"
"pasc_whpro"
"clls_whpro" {A: W}
"lex_enter" {W: W}}
%% determiners
defclass "det" W {
"id_det"
"lp_det"
"idlp_det"
"pa_det"
"idpa_det"
"sc_det"
"pasc_det"
"clls_det" {A: W}
"lex_enter" {W: W}}
defclass "detsg" W {
"det" {W: W}
"id_sg"}
defclass "detpl" W {
"det" {W: W}
"id_pl"}
%% adjectives
defclass "adj" W {
"id_adj"
"lp_adj"
"idlp_adj"
"pa_adj"
"idpa_adj"
"sc_adj"
"pasc_adj"
"clls_adj" {A: W}
"lex_enter" {W: W}}
%%%%%%%%%%%%%%%
%% prepositions
%% prepositional objects
defclass "pobj" W {
"id_pobj" {W: W}
"lp_pobj"
"idlp_pobj"
"pa_pobj"
"idpa_pobj"
"sc_pobj"
"pasc_pobj"
"clls_pobj" {A: W}
"lex_enter" {W: W}}
%% noun-modifying prepositions
defclass "padj" W {
"id_padj" {W: W}
"lp_padj"
"idlp_padj"
"pa_padj"
"idpa_padj"
"sc_padj"
"pasc_padj"
"clls_padj" {A: W}
"lex_enter" {W: W}}
%% verb-modifying prepositions
defclass "lex_padv" W F {
"id_padv" {W: W}
"lp_padv" {F: F}
"idlp_padv"
"pa_padv"
"idpa_padv"
"sc_padv"
"pasc_padv"
"clls_padv" {A: W}
"lex_enter" {W: W}}
defclass "padvp" W {
"lex_padv" {W: W
F: padvf}}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% define lexical entries
%% roots
defentry {
"root" {W: "."}}
defentry {
"root" {W: "?"}}
%%%%%%%%%%%%%%%
%% verbs
defentry {
"verb" {W3sg: "does"
Wnon3sg: "do"
Wprt: "done"}
"aux"}
defentry {
"verb" {W3sg: "has"
Wnon3sg: "have"
Wprt: "had"}
"paux"}
defentry {
"verb5" {W1sg: "am"
W3sg: "is"
Wnon13sg: "are"
Winf: "be"
Wprt: "been"}
"paux"}
defentry {
"verb_qaux" {W3sg: "does"
Wnon3sg: "do"}
"qaux"}
defentry {
"verb_qaux" {W3sg: "has"
Wnon3sg: "have"}
"qpaux"}
defentry {
"verb_qaux3" {W1sg: "am"
W3sg: "is"
Wnon13sg: "are"}
"qpaux"}
%%
defentry {
"verb" {W3sg: "admires"
Wnon3sg: "admire"
Wprt: "admired"}
"trans"}
defentry {
"verb" {W3sg: "appeals"
Wnon3sg: "appeal"
Wprt: "appealed"}
"subjpobj1ctrl"}
defentry {
"verb" {W3sg: "assigns"
Wnon3sg: "assign"
Wprt: "assigned"}
"ditrans"}
defentry {
"verb" {W3sg: "believes"
Wnon3sg: "believe"
Wprt: "believed"}
"subjobjrais" | "itrsubc"}
defentry {
"verb" {W3sg: "directs"
Wnon3sg: "direct"
Wprt: "directed"}
"trans"}
defentry {
"verb" {W3sg: "eats"
Wnon3sg: "eat"
Wprt: "eaten"}
"trans"}
defentry {
"verb" {W3sg: "expects"
Wnon3sg: "expect"
Wprt: "expected"}
"subjobjctrl"}
defentry {
"verb" {W3sg: "finds"
Wnon3sg: "find"
Wprt: "found"}
"trans"}
defentry {
"verb" {W3sg: "gives"
Wnon3sg: "give"
Wprt: "given"}
"ditrans"}
defentry {
"verb" {W3sg: "hates"
Wnon3sg: "hate"
Wprt: "hated"}
"trans"}
defentry {
"verb" {W3sg: "hums"
Wnon3sg: "hum"
Wprt: "hummed"}
"intrans"}
defentry {
"verb" {W3sg: "laughs"
Wnon3sg: "laugh"
Wprt: "laughed"}
"intrans"}
defentry {
"verb" {W3sg: "likes"
Wnon3sg: "like"
Wprt: "liked"}
"trans"}
defentry {
"verb" {W3sg: "loves"
Wnon3sg: "love"
Wprt: "loved"}
"trans"}
defentry {
"verb" {W3sg: "marries"
Wnon3sg: "marry"
Wprt: "married"}
"trans"}
defentry {
"verb" {W3sg: "persuades"
Wnon3sg: "persuade"
Wprt: "persuaded"}
"subjobjctrl"}
defentry {
"verb" {W3sg: "promises"
Wnon3sg: "promise"
Wprt: "promised"}
"trsubjsubjctrl"}
defentry {
"verb" {W3sg: "proves"
Wnon3sg: "prove"
Wprt: "proven"}
"trans"}
defentry {
"verb" {W3sg: "reads"
Wnon3sg: "read"
Wprt: "read"}
( "intrans" | "trans" )}
defentry {
"verb" {W3sg: "says"
Wnon3sg: "say"
Wprt: "said"}
"itrsubc"}
defentry {
"verb" {W3sg: "sees"
Wnon3sg: "see"
Wprt: "seen"}
"trans"}
defentry {
"verb" {W3sg: "seems"
Wnon3sg: "seem"
Wprt: "seemed"}
"subjsubjrais"}
defentry {
"verb" {W3sg: "sleeps"
Wnon3sg: "sleep"
Wprt: "slept"}
"intrans"}
defentry {
"verb" {W3sg: "smiles"
Wnon3sg: "smile"
Wprt: "smiled"}
"intrans"}
defentry {
"verb" {W3sg: "thinks"
Wnon3sg: "think"
Wprt: "thought"}
"itrsubc"}
defentry {
"verb" {W3sg: "tries"
Wnon3sg: "try"
Wprt: "tried"}
"itrsubjsubjctrl"}
defentry {
"verb" {W3sg: "understands"
Wnon3sg: "understand"
Wprt: "understood"}
( "intrans" | "trans" )}
defentry {
"verb" {W3sg: "visits"
Wnon3sg: "visit"
Wprt: "visited"}
"trans"}
defentry {
"verb" {W3sg: "wants"
Wnon3sg: "want"
Wprt: "wanted"}
"itrsubjsubjctrl"}
%% adverbs
defentry {
"advf" {W: "always"}}
defentry {
"advp" {W: "behind"}}
defentry {
"advp" {W: "carefully"}}
defentry {
"advp" {W: "here"}}
defentry {
"advf" {W: "never"}}
defentry {
"advf" {W: "not"}}
defentry {
"advt" {W: "now"}}
defentry {
"advf" {W: "often"}}
defentry {
"advt" {W: "recently"}}
defentry {
"advp" {W: "slowly"}}
defentry {
"advt" {W: "sometimes"}}
defentry {
"advt" {W: "then"}}
defentry {
"advp" {W: "there"}}
defentry {
"advt" {W: "today"}}
defentry {
"advf" {W: "usually"}}
defentry {
"advp" {W: "violently"}}
defentry {
"advt" {W: "yesterday"}}
%% particles
defentry {
"part" {W: "to"}}
%% complementizers
defentry {
"comp" {W: "that"}}
%%%%%%%%%%%%%%%
%% proper nouns
defentry {
"pnoun" {W: "annie"
A: ($ third & sg & fem)}}
defentry {
"pnoun" {W: "fred"
A: ($ third & sg & masc)}}
defentry {
"pnoun" {W: "john"
A: ($ third & sg & masc)}}
defentry {
"pnoun" {W: "manny"
A: ($ third & sg & masc)}}
defentry {
"pnoun" {W: "marcel"
A: ($ third & sg & masc)}}
defentry {
"pnoun" {W: "mary"
A: ($ third & sg & fem)}}
defentry {
"pnoun" {W: "peter"
A: ($ third & sg & fem)}}
defentry {
"pnoun" {W: "completeness"
A: ($ third & pl & neut)}}
defentry {
"pnoun" {W: "saarbruecken"
A: ($ third & sg & neut)}}
defentry {
"pnoun" {W: "spaghetti"
A: ($ third & pl & neut)}}
%% common nouns
defentry {
"cnoun" {Wsg: "basket"
Wpl: "baskets"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "book"
Wpl: "books"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "company"
Wpl: "companies"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "department"
Wpl: "departments"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "man"
Wpl: "men"
A: ($ third & masc)}}
defentry {
"cnoun" {Wsg: "musical"
Wpl: "musicals"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "product"
Wpl: "products"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "politician"
Wpl: "politicians"
A: ($ third & (masc|fem))}}
defentry {
"cnoun" {Wsg: "professor"
Wpl: "professors"
A: ($ third & (masc|fem))}}
defentry {
"cnoun" {Wsg: "programmer"
Wpl: "programmers"
A: ($ third & (masc|fem))}}
defentry {
"cnoun" {Wsg: "researcher"
Wpl: "researchers"
A: ($ third & (masc|fem))}}
defentry {
"cnoun" {Wsg: "sample"
Wpl: "samples"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "student"
Wpl: "students"
A: ($ third & (masc|fem))}}
defentry {
"cnoun" {Wsg: "task"
Wpl: "tasks"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "telescope"
Wpl: "telescopes"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "university"
Wpl: "universities"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "vegetable"
Wpl: "vegetables"
A: ($ third & neut)}}
defentry {
"cnoun" {Wsg: "woman"
Wpl: "women"
A: ($ third & fem)}}
%% personal pronouns
defentry {
"perpro" {W: "i"
A: ($ first & sg & nom)}}
defentry {
"perpro" {W: "you"
A: ($ second)}}
defentry {
"perpro" {W: "he"
A: ($ masc & third & sg & nom)}}
defentry {
"perpro" {W: "she"
A: ($ fem & third & sg & nom)}}
defentry {
"perpro" {W: "it"
A: ($ neut & third & sg)}}
defentry {
"perpro" {W: "we"
A: ($ first & pl & nom)}}
defentry {
"perpro" {W: "they"
A: ($ third & pl & nom)}}
defentry {
"perpro" {W: "me"
A: ($ first & sg & acc)}}
defentry {
"perpro" {W: "him"
A: ($ masc & third & sg & acc)}}
defentry {
"perpro" {W: "her"
A: ($ fem & third & sg & acc)}}
defentry {
"perpro" {W: "us"
A: ($ first & pl & acc)}}
defentry {
"perpro" {W: "them"
A: ($ third & pl & acc)}}
%% relative pronouns
defentry {
"relpro" {W: "who"
A: ($ third & (masc|fem))}}
defentry {
"relpro" {W: "whom"
A: ($ third & sg & (masc|fem) & acc)}}
defentry {
"relpro" {W: "which"
A: ($ third & neut)}}
defentry {
"relpro" {W: "that"
A: ($ third)}}
%% wh pronouns
defentry {
"whpro" {W: "who"
A: ($ third & (masc|fem))}}
defentry {
"whpro" {W: "whom"
A: ($ third & sg & (masc|fem) & acc)}}
defentry {
"whpro" {W: "what"
A: ($ third & neut)}}
%% determiners
defentry {
"detsg" {W: "a"}}
defentry {
"detpl" {W: "all"}}
defentry {
"detsg" {W: "every"}}
defentry {
"detpl" {W: "most"}}
defentry {
"det" {W: "some"}}
defentry {
"det" {W: "the"}}
%% adjectives
defentry {
"adj" {W: "big"}}
defentry {
"adj" {W: "foreign"}}
defentry {
"adj" {W: "good"}}
defentry {
"adj" {W: "little"}}
defentry {
"adj" {W: "nice"}}
defentry {
"adj" {W: "pretty"}}
%%%%%%%%%%%%%%%
%% prepositions
defentry {
"pobj" {W: "at"}}
defentry {
"pobj" {W: "by"}}
defentry {
"padvp" {W: "in"}}
defentry {
"padj" {W: "of"}}
defentry {
"pobj" {W: "to"}}
defentry {
"padj" {W: "with"}}
defentry {
"padvp" {W: "with"}}