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gf-core/lib/src/japanese/ConjunctionJpn.gf
2015-01-13 16:08:05 +00:00

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concrete ConjunctionJpn of Conjunction = CatJpn ** open ResJpn, Prelude in {
flags coding = utf8 ;
lin
ConjS conj s = case conj.type of {
(And | Both) => {
s = \\part,st => conj.null ++ s.and ! part ! st ;
te = \\part,st => conj.null ++ s.teAnd ! part ! st ;
ba = \\part,st => conj.null ++ s.baAnd ! part ! st ;
subj = \\part,st => conj.null ++ s.subj ! part ! st ;
pred = s.predAnd ;
pred_te = s.pred_teAnd ;
pred_ba = s.pred_baAnd
} ;
Or => {
s = \\part,st => conj.null ++ s.or ! part ! st ;
te = \\part,st => conj.null ++ s.teOr ! part ! st ;
ba = \\part,st => conj.null ++ s.baOr ! part ! st ;
subj = \\part,st => conj.null ++ s.subj ! part ! st ;
pred = s.predOr ;
pred_te = s.pred_teOr ;
pred_ba = s.pred_baOr
} ;
IfConj => {
s = \\part,st => conj.null ++ s.if ! part ! st ;
te = \\part,st => conj.null ++ s.teIf ! part ! st ;
ba = \\part,st => conj.null ++ s.baIf ! part ! st ;
subj = \\part,st => conj.null ++ s.subj ! part ! st ;
pred = s.predIf ;
pred_te = s.pred_teIf ;
pred_ba = s.pred_baIf
}
} ;
ConjRS conj rs = case conj.type of {
(And | Both | IfConj) => { -- "if.. then" is hardly possible
s = \\a,st => conj.null ++ rs.and ! a ! st ;
te = \\a,st => conj.null ++ rs.teAnd ! a ! st ;
pred = \\a,st => conj.null ++ rs.predAnd ! a ! st ;
pred_te = \\a,st => conj.null ++ rs.pred_teAnd ! a ! st ;
pred_ba = \\a,st => conj.null ++ rs.pred_baAnd ! a ! st ;
subj = rs.subj ;
missingSubj = rs.missingSubj
} ;
Or => {
s = \\a,st => conj.null ++ rs.or ! a ! st ;
te = \\a,st => conj.null ++ rs.teOr ! a ! st ;
pred = \\a,st => conj.null ++ rs.predOr ! a ! st ;
pred_te = \\a,st => conj.null ++ rs.pred_teOr ! a ! st ;
pred_ba = \\a,st => conj.null ++ rs.pred_baOr ! a ! st ;
subj = rs.subj ;
missingSubj = rs.missingSubj
}
} ;
ConjAP conj ap = case conj.type of {
(And | Both | IfConj) => { -- "if.. then" is hardly possible
pred = \\st,t,p => conj.null ++ ap.s1and ! st ! p ++ ap.s2pred ! st ! t ! p ;
attr = \\st => conj.null ++ ap.s1and ! st ! Pos ++ ap.s2attr ! st ;
te = \\st,p => conj.null ++ ap.s1and ! st ! p ++ ap.s2te ! st ! p ;
ba = \\st,p => conj.null ++ ap.s1and ! st ! p ++ ap.s2ba ! st ! p ;
adv = \\st => conj.null ++ ap.s1and ! st ! Pos ++ ap.s2adv ! st ;
dropNaEnging = \\st => conj.null ++ ap.s1and ! st ! Pos ++ ap.s2dropNaEnging ! st ;
prepositive = ap.prepositive ;
needSubject = True
} ;
Or => {
pred = \\st,t,p => conj.null ++ ap.s1or ! st ! p ++ ap.s2pred ! st ! t ! p ;
attr = \\st => conj.null ++ ap.s1or ! st ! Pos ++ ap.s2attr ! st ;
te = \\st,p => conj.null ++ ap.s1or ! st ! p ++ ap.s2te ! st ! p ;
ba = \\st,p => conj.null ++ ap.s1or ! st ! p ++ ap.s2ba ! st ! p ;
adv = \\st => conj.null ++ ap.s1or ! st ! Pos ++ ap.s2adv ! st ;
dropNaEnging = \\st => conj.null ++ ap.s1or ! st ! Pos ++ ap.s2dropNaEnging ! st ;
prepositive = ap.prepositive ;
needSubject = True
}
} ;
ConjAdv conj adv = {
s = \\st => case conj.type of {
(And | Both | IfConj) => conj.null ++ adv.and ! st ; -- "if.. then" is hardly possible
Or => conj.null ++ adv.or ! st
} ;
prepositive = adv.prepositive
} ;
ConjAdV conj adv = {
s = case conj.type of {
(And | Both | IfConj) => conj.null ++ adv.and ; -- "if.. then" is hardly possible
Or => conj.null ++ adv.or
}
} ;
ConjNP conj np = {
s = \\st => case conj.type of {
And | IfConj => conj.null ++ np.and ! st ; -- "if.. then" is hardly possible
Or => conj.null ++ np.or ! st ;
Both => conj.null ++ np.both ! st
} ;
prepositive = np.prepositive ;
needPart = case conj.type of {
(And|Or|IfConj) => np.needPart ;
Both => False
} ;
changePolar = np.changePolar ;
meaning = SomeoneElse ;
anim = np.anim
} ;
ConjIAdv conj iadv = {
s = \\st => conj.null ++ iadv.s ! st ;
particle = iadv.particle ;
wh8re = iadv.wh8re
} ;
ConjCN conj cn = {
s = \\n,st => case conj.type of {
(And|Both|IfConj) => conj.null ++ cn.and ! n ! st ;
Or => conj.null ++ cn.or ! n ! st
} ;
anim = cn.anim ;
counter = cn.counter ;
counterReplace = cn.counterReplace ;
object = cn.object ;
prepositive = cn.prepositive ;
hasAttr = cn.hasAttr ;
counterTsu = cn.counterTsu
} ;
ConjDet conj dap = {
quant = \\st => case conj.type of {
(And|Both|IfConj) => conj.null ++ dap.quantAnd ! st ;
Or => conj.null ++ dap.quantOr ! st
} ;
num = case conj.type of {
(And|Both|IfConj) => conj.null ++ dap.numAnd ;
Or => conj.null ++ dap.numOr
} ;
postpositive = dap.postpositive ;
n = dap.n ;
inclCard = dap.inclCard ;
sp = \\st => case conj.type of {
(And|Both|IfConj) => conj.null ++ dap.spAnd ! st ;
Or => conj.null ++ dap.spOr ! st
} ;
no = dap.no ;
tenPlus = dap.tenPlus
} ;
BaseS x y = {
and = \\part,st => x.s ! part ! st ++ "、" ++ "そして" ++ y.s ! Ga ! st ;
or = \\part,st => x.s ! part ! st ++ "、" ++ "それとも" ++ y.s ! Ga ! st ;
if = \\part,st => x.subj ! part ! st ++ x.pred ! Plain ++ "と、 " ++ y.s ! Ga ! st ;
teAnd = \\part,st => x.te ! part ! st ++ "、" ++ y.te ! Ga ! st ;
teOr = \\part,st => x.s ! part ! st ++ "、" ++ "それとも" ++ y.te ! Ga ! st ;
teIf = \\part,st => x.subj ! part ! st ++ x.pred ! Plain ++ "と、 " ++ y.te ! Ga ! st ;
baAnd = \\part,st => x.ba ! part ! st ++ "、" ++ y.ba ! Ga ! st ;
baOr = \\part,st => x.s ! part ! st ++ "、" ++ "それとも" ++ y.ba ! Ga ! st ;
baIf = \\part,st => x.subj ! part ! st ++ x.pred ! Plain ++ "と、 " ++ y.ba ! Ga ! st ;
subj = \\part,st => x.subj ! part ! st ;
predAnd = \\st => x.pred ! st ++ "、" ++ "そして" ++ y.s ! Ga ! st ;
predOr = \\st => x.pred ! st ++ "、" ++ "それとも" ++ y.s ! Ga ! st ;
predIf = \\st => x.pred ! Plain ++ "と、 " ++ y.s ! Ga ! st ;
pred_teAnd = \\st => x.pred_te ! st ++ "、" ++ y.te ! Ga ! st ;
pred_teOr = \\st => x.pred ! st ++ "、" ++ "それとも" ++ y.te ! Ga ! st ;
pred_teIf = \\st => x.pred ! Plain ++ "と、 " ++ y.te ! Ga ! st ;
pred_baAnd = \\st => x.pred_ba ! st ++ "、" ++ y.ba ! Ga ! st ;
pred_baOr = \\st => x.pred ! st ++ "、" ++ "それとも" ++ y.ba ! Ga ! st ;
pred_baIf = \\st => x.pred ! Plain ++ "と、 " ++ y.ba ! Ga ! st ;
} ;
ConsS x xs = {
and = \\part,st => xs.and ! part ! st ++ "、" ++ "そして" ++ x.s ! Ga ! st ;
or = \\part,st => xs.or ! part ! st ++ "、" ++ "それとも" ++ x.s ! Ga ! st ;
if = \\part,st => xs.if ! part ! Plain ++ "と、 " ++ x.s ! Ga ! st ;
teAnd = \\part,st => xs.teAnd ! part ! st ++ "、" ++ x.te ! Ga ! st ;
teOr = \\part,st => xs.or ! part ! st ++ "、" ++ "それとも" ++ x.te ! Ga ! st ;
teIf = \\part,st => xs.if ! part ! Plain ++ "と、 " ++ x.te ! Ga ! st ;
baAnd = \\part,st => xs.baAnd ! part ! st ++ "、" ++ x.ba ! Ga ! st ;
baOr = \\part,st => xs.or ! part ! st ++ "、" ++ "それとも" ++ x.ba ! Ga ! st ;
baIf = \\part,st => xs.if ! part ! Plain ++ "と、 " ++ x.ba ! Ga ! st ;
subj = xs.subj ;
predAnd = \\st => xs.predAnd ! st ++ "、" ++ "そして" ++ x.s ! Ga ! st ;
predOr = \\st => xs.predOr ! st ++ "、" ++ "それとも" ++ x.s ! Ga ! st ;
predIf = \\st => xs.predIf ! Plain ++ "と、 " ++ x.s ! Ga ! st ;
pred_teAnd = \\st => xs.pred_teAnd ! st ++ "、" ++ x.te ! Ga ! st ;
pred_teOr = \\st => xs.predOr ! st ++ "、" ++ "それとも" ++ x.te ! Ga ! st ;
pred_teIf = \\st => xs.predIf ! Plain ++ "と、 " ++ x.te ! Ga ! st ;
pred_baAnd = \\st => xs.pred_baAnd ! st ++ "、" ++ x.ba ! Ga ! st ;
pred_baOr = \\st => xs.predOr ! st ++ "、" ++ "それとも" ++ x.ba ! Ga ! st ;
pred_baIf = \\st => xs.predIf ! Plain ++ "と、 " ++ x.ba ! Ga ! st ;
} ;
BaseRS x y = {
and = \\a,st => x.te ! a ! st ++ "、" ++ y.s ! a ! st ;
or = \\a,st => case <x.missingSubj, y.missingSubj> of {
<True, True> => x.s ! a ! st ++ "か" ++ "、" ++ y.s ! a ! st ;
_ => x.te ! a ! st ++ "、" ++ "あるいは" ++ y.s ! a ! st
} ;
teAnd = \\a,st => x.te ! a ! st ++ "、" ++ y.te ! a ! st ;
teOr = \\a,st => x.te ! a ! st ++ "、" ++ "あるいは" ++ y.te ! a ! st ;
predAnd = \\a,st => x.pred_te ! a ! st ++ "、" ++ y.s ! a ! st ;
predOr = \\a,st => x.pred_te ! a ! st ++ "、" ++ "あるいは" ++ y.s ! a ! st ;
pred_teAnd = \\a,st => x.pred_te ! a ! st ++ "、" ++ y.te ! a ! st ;
pred_teOr = \\a,st => x.pred_te ! a ! st ++ "、" ++ "あるいは" ++ y.te ! a ! st ;
pred_baAnd = \\a,st => x.pred_te ! a ! st ++ "、" ++ y.subj ! Ga ! st ++
y.pred_ba ! a ! st ;
pred_baOr = \\a,st => x.pred_te ! a ! st ++ "、" ++ "あるいは" ++ y.subj ! Ga ! st ++
y.pred_ba ! a ! st ;
subj = x.subj ;
missingSubj = x.missingSubj
} ;
ConsRS x xs = {
and = \\a,st => xs.teAnd ! a ! st ++ "、" ++ x.s ! a ! st ;
or = \\a,st => case <xs.missingSubj, x.missingSubj> of {
<True, True> => xs.teOr ! a ! st ++ "か" ++ "、" ++ x.s ! a ! st ;
_ => xs.teOr ! a ! st ++ "、" ++ "あるいは" ++ x.s ! a ! st
} ;
teAnd = \\a,st => xs.teAnd ! a ! st ++ "、" ++ x.te ! a ! st ;
teOr = \\a,st => xs.teOr ! a ! st ++ "、" ++ "あるいは" ++ x.te ! a ! st ;
predAnd = \\a,st => xs.pred_teAnd ! a ! st ++ "、" ++ x.s ! a ! st ;
predOr = \\a,st => xs.pred_teOr ! a ! st ++ "、" ++ "あるいは" ++ x.s ! a ! st ;
pred_teAnd = \\a,st => xs.pred_teAnd ! a ! st ++ "、" ++ x.te ! a ! st ;
pred_teOr = \\a,st => xs.pred_teOr ! a ! st ++ "、" ++ "あるいは" ++ x.te ! a ! st ;
pred_baAnd = \\a,st => xs.pred_teAnd ! a ! st ++ "、" ++ x.subj ! Ga ! st ++
x.pred_ba ! a ! st ;
pred_baOr = \\a,st => xs.pred_teOr ! a ! st ++ "、" ++ "あるいは" ++ x.subj ! Ga ! st ++
x.pred_ba ! a ! st ;
subj = xs.subj ;
missingSubj = xs.missingSubj
} ;
BaseAdv x y = {
and = \\st => case <x.prepositive, y.prepositive> of {
<False, False> => x.s ! st ++ y.s ! st ;
_ => x.s ! st ++ "、" ++ y.s ! st
} ;
or = \\st => case <x.prepositive, y.prepositive> of {
<False, False> => x.s ! st ++ "か" ++ y.s ! st ;
_ => x.s ! st ++ "、" ++ "あるいは" ++ y.s ! st
} ;
prepositive = case <x.prepositive, y.prepositive> of {
<False, False> => False ;
_ => True
}
} ;
ConsAdv x xs = {
and = \\st => case <x.prepositive, xs.prepositive> of {
<False, False> => xs.and ! st ++ x.s ! st ;
_ => xs.and ! st ++ "、" ++ x.s ! st
} ;
or = \\st => case <x.prepositive, xs.prepositive> of {
<False, False> => x.s ! st ++ "か" ++ xs.or ! st ;
_ => xs.or ! st ++ "、" ++ "あるいは" ++ x.s ! st
} ;
prepositive = case <x.prepositive, xs.prepositive> of {
<False, False> => False ;
_ => True
}
} ;
BaseAdV x y = {
and = x.s ++ y.s ;
or = x.s ++ "か" ++ y.s
} ;
ConsAdV x xs = {
and = x.s ++ xs.and ;
or = x.s ++ "か" ++ xs.or
} ;
BaseNP x y = {
and = \\st => x.s ! st ++ "と" ++ y.s ! st ;
or = \\st => x.s ! st ++ "か" ++ y.s ! st ;
both = \\st => x.s ! st ++ "も" ++ y.s ! st ++ "も" ;
prepositive = \\st => x.prepositive ! st ++ y.prepositive ! st ;
needPart = case <x.needPart, y.needPart> of {
<True, True> => True ;
_ => False
} ;
changePolar = case <x.changePolar, y.changePolar> of {
<False, False> => False ;
_ => True
} ;
meaning = SomeoneElse ;
anim = case <x.anim, y.anim> of {
<Inanim, Inanim> => Inanim ;
_ => Anim
}
} ;
ConsNP x xs = {
and = \\st => x.s ! st ++ "と" ++ xs.and ! st ;
or = \\st => x.s ! st ++ "か" ++ xs.or ! st ;
both = \\st => x.s ! st ++ "も" ++ xs.both ! st ;
prepositive = \\st => x.prepositive ! st ++ xs.prepositive ! st ;
needPart = case <xs.needPart, x.needPart> of {
<True, True> => True ;
_ => False
} ;
changePolar = case <xs.changePolar, x.changePolar> of {
<False, False> => False ;
_ => True
} ;
meaning = SomeoneElse ;
anim = case <xs.anim, x.anim> of {
<Inanim, Inanim> => Inanim ;
_ => Anim
}
} ;
BaseAP x y = {
s1and = x.te ;
s1or = \\st => table {
Pos => x.dropNaEnging ! st ++ "か" ;
Neg => x.pred ! Plain ! TPres ! Neg ++ "か"
} ;
s2pred = y.pred ;
s2attr = y.attr ;
s2te = y.te ;
s2ba = y.ba ;
s2adv = y.adv ;
s2dropNaEnging = y.dropNaEnging ;
prepositive = \\st => x.prepositive ! st ++ y.prepositive ! st
} ;
ConsAP x xs = {
s1and = \\st,p => xs.s1and ! st ! p ++ xs.s2te ! st ! p ;
s1or = \\st => table {
Pos => xs.s1or ! st ! Pos ++ xs.s2dropNaEnging ! st ++ "か" ;
Neg => xs.s1or ! st ! Neg ++ xs.s2pred ! Plain ! TPres ! Neg ++ "か"
} ;
s2pred = x.pred ;
s2attr = x.attr ;
s2te = x.te ;
s2ba = x.ba ;
s2adv = x.adv ;
s2dropNaEnging = x.dropNaEnging ;
prepositive = \\st => x.prepositive ! st ++ xs.prepositive ! st
} ;
BaseIAdv x y = {
s = \\st => x.s ! st ++ x.particle ++ y.s ! st ;
particle = y.particle ;
wh8re = case <x.wh8re, y.wh8re> of {
<False, False> => False ;
_ => True
}
} ;
ConsIAdv x xs = {
s = \\st => x.s ! st ++ x.particle ++ xs.s ! st ;
particle = xs.particle ;
wh8re = case <x.wh8re, xs.wh8re> of {
<False, False> => False ;
_ => True
}
} ;
BaseCN x y = {
and = \\n,st => x.s ! n ! st ++ "と" ++ y.object ! st ++ y.s ! n ! st ;
or = \\n,st => x.s ! n ! st ++ "か" ++ y.object ! st ++ y.s ! n ! st ;
anim = case <x.anim, y.anim> of {
<Inanim, Inanim> => Inanim ;
_ => Anim
} ;
counter = y.counter ;
counterReplace = y.counterReplace ;
object = x.object ;
prepositive = \\st => x.prepositive ! st ++ y.prepositive ! st ;
hasAttr = x.hasAttr ;
counterTsu = y.counterTsu
} ;
ConsCN x xs = {
and = \\n,st => x.s ! n ! st ++ "と" ++ xs.object ! st ++ xs.and ! n ! st ;
or = \\n,st => x.s ! n ! st ++ "か" ++ xs.object ! st ++ xs.or ! n ! st ;
anim = case <x.anim, xs.anim> of {
<Inanim, Inanim> => Inanim ;
_ => Anim
} ;
counter = xs.counter ;
counterReplace = xs.counterReplace ;
object = x.object ;
prepositive = \\st => x.prepositive ! st ++ xs.prepositive ! st ;
hasAttr = x.hasAttr ;
counterTsu = xs.counterTsu
} ;
BaseDAP x y = {
quantAnd = \\st => x.quant ! st ++ "と" ++ y.quant ! st ;
quantOr = \\st => x.quant ! st ++ "か" ++ y.quant ! st ;
numAnd = x.num ++ "と" ++ y.num ;
numOr = x.num ++ "か" ++ y.num ;
postpositive = x.postpositive ++ y.postpositive ;
n = case <x.n, y.n> of {
<Sg, Sg> => Sg ;
_ => Pl
} ;
inclCard = case <x.inclCard, y.inclCard> of {
<False, False> => False ;
_ => True
} ;
spAnd = \\st => x.sp ! st ++ "と" ++ y.sp ! st ;
spOr = \\st => x.sp ! st ++ "か" ++ y.sp ! st ;
no = case <x.no, y.no> of {
<False, False> => False ;
_ => True
} ;
tenPlus = case <x.tenPlus, y.tenPlus> of {
<False, False> => False ;
_ => True
}
} ;
ConsDAP x xs = {
quantAnd = \\st => x.quant ! st ++ "と" ++ xs.quantAnd ! st ;
quantOr = \\st => x.quant ! st ++ "か" ++ xs.quantOr ! st ;
numAnd = x.num ++ "と" ++ xs.numAnd ;
numOr = x.num ++ "か" ++ xs.numOr ;
postpositive = x.postpositive ++ xs.postpositive ;
n = case <x.n, xs.n> of {
<Sg, Sg> => Sg ;
_ => Pl
} ;
inclCard = case <x.inclCard, xs.inclCard> of {
<False, False> => False ;
_ => True
} ;
spAnd = \\st => x.sp ! st ++ "と" ++ xs.spAnd ! st ;
spOr = \\st => x.sp ! st ++ "か" ++ xs.spOr ! st ;
no = case <x.no, xs.no> of {
<False, False> => False ;
_ => True
} ;
tenPlus = case <x.tenPlus, xs.tenPlus> of {
<False, False> => False ;
_ => True
}
} ;
lincat
[S] = {and, or, if, teAnd, teOr, teIf, baAnd,
baOr, baIf, subj : Particle => Style => Str ;
predAnd, predOr, predIf, pred_teAnd, pred_teOr,
pred_teIf, pred_baAnd, pred_baOr, pred_baIf : Style => Str} ;
[RS] = {and, or, teAnd, teOr, predAnd, predOr, pred_teAnd, pred_teOr, pred_baAnd,
pred_baOr : Animateness => Style => Str ; subj : Particle => Style => Str ;
missingSubj : Bool} ;
[Adv] = {and, or : Style => Str ; prepositive : Bool} ;
[AdV] = {and, or : Str} ;
[NP] = {and, or, both : Style => Str ; prepositive : Style => Str ;
needPart : Bool ; changePolar : Bool ; meaning : Speaker ; anim : Animateness} ;
[AP] = {s1and, s1or : Style => Polarity => Str ; s2pred : Style => TTense => Polarity => Str ;
s2attr, s2adv, s2dropNaEnging, prepositive : Style => Str ;
s2te, s2ba : Style => Polarity => Str} ;
[IAdv] = {s : Style => Str ; particle : Str ; wh8re : Bool} ;
[CN] = {and, or : Number => Style => Str ; anim : Animateness ; counter : Str ;
counterReplace : Bool ; object : Style => Str ; prepositive : Style => Str ;
hasAttr : Bool ; counterTsu : Bool} ;
[DAP] = {quantAnd, quantOr : Style => Str ; numAnd, numOr : Str ;
postpositive : Str ; n : Number ; inclCard : Bool ;
spAnd, spOr : Style => Str ; no : Bool ; tenPlus : Bool} ;
}