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added grammar that translates from abstract syntax trees to API trees and viceversa

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ra.monique
2011-10-11 19:54:12 +00:00
parent 790623f2c3
commit 5ece296efc
3 changed files with 1488 additions and 0 deletions
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500
src/api/abstract_to_api/AbsToAPIapi.gf Normal file
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concrete AbsToAPIapi of AbsToAPI = {
lincat
A, A2, AP, AdA, AdN, AdV, Adv, Ant, Art, CAdv, CN, Card, Cl, ClSlash, Comp, Conj, Det, Dig, Digit, Digits, IAdv, IComp, IDet, IP, IQuant, Imp, Interj, ListAP, ListAdv, ListCN, ListIAdv, ListNP, ListRS, ListS, N, N2, N3, NP, Num, Numeral, Ord, PConj, PN, Phr, Pol, Predet, Prep, Pron, QCl, QS, QVP, Quant, RCl, RP, RS, S, SC, SSlash, Subj, Temp, Tense, Text, Utt, V, V2, V2A, V2Q, V2S, V2V, V3, VA, VP, VPSlash, VQ, VS, VV, Voc, Punct, String , QuantSg , QuantPl , ImpForm = {ind : Str; attr : Str} ;
lin
mkText1 = mkTernaryCat "mkText" ;
mkText2 = mkBinaryCat "mkText" ;
mkText3 = mkBinaryCat "mkText" ;
mkText4 = mkUnaryCat "mkText" ;
mkText5 = mkUnaryCat "mkText" ;
mkText6 = mkUnaryCat "mkText" ;
mkText7 = mkUnaryCat "mkText" ;
mkText8 = mkUnaryCat "mkText" ;
mkText9 = mkBinaryCat "mkText" ;
mkText10 = mkUnaryCat "mkText" ;
emptyText = mkSimpCat "emptyText";
fullStopPunct = mkSimpCat "fullStopPunct" ;
questMarkPunct = mkSimpCat "questMarkPunct" ;
exclMarkPunct = mkSimpCat "exclMarkPunct" ;
mkPhr1 = mkTernaryCat "mkPhr" ;
mkPhr2 = mkBinaryCat "mkPhr" ;
mkPhr3 = mkBinaryCat "mkPhr" ;
mkPhr4 = mkUnaryCat "mkPhr" ;
mkPhr5 = mkUnaryCat "mkPhr" ;
mkPhr6 = mkUnaryCat "mkPhr" ;
mkPhr7 = mkUnaryCat "mkPhr" ;
mkPhr8 = mkUnaryCat "mkPhr" ;
mkPConj = mkUnaryCat "mkPConj" ;
noPConj = mkSimpCat "noPConj" ;
mkVoc = mkUnaryCat "mkVoc" ;
noVoc = mkSimpCat "noVoc" ;
mkUtt1 = mkUnaryCat "mkUtt" ;
mkUtt2 = mkUnaryCat "mkUtt" ;
mkUtt3 = mkUnaryCat "mkUtt" ;
mkUtt4 = mkUnaryCat "mkUtt" ;
mkUtt5 = mkTernaryCat "mkUtt" ;
mkUtt6 = mkBinaryCat "mkUtt" ;
mkUtt7 = mkBinaryCat "mkUtt" ;
mkUtt8 = mkUnaryCat "mkUtt" ;
mkUtt9 = mkUnaryCat "mkUtt" ;
mkUtt10 = mkUnaryCat "mkUtt" ;
mkUtt11 = mkUnaryCat "mkUtt" ;
mkUtt12 = mkUnaryCat "mkUtt" ;
mkUtt13 = mkUnaryCat "mkUtt" ;
mkUtt14 = mkUnaryCat "mkUtt" ;
mkUtt15 = mkUnaryCat "mkUtt" ;
mkUtt16 = mkUnaryCat "mkUtt" ;
lets_Utt = mkUnaryCat "lets_Utt" ;
positivePol = mkSimpCat "positivePol" ;
negativePol = mkSimpCat "negativePol" ;
simultaneousAnt = mkSimpCat "simultaneousAnt" ;
anteriorAnt = mkSimpCat "anteriorAnt" ;
presentTense = mkSimpCat "presentTense" ;
pastTense = mkSimpCat "pastTense" ;
futureTense = mkSimpCat "futureTense" ;
conditionalTense = mkSimpCat "conditionalTense" ;
mkTemp = mkBinaryCat "mkTemp" ;
singularImpForm = mkSimpCat "singularImpForm" ;
pluralImpForm = mkSimpCat "pluralImpForm" ;
politeImpForm = mkSimpCat "politeImpForm" ;
mkS1 = mkUnaryCat "mkS" ;
mkS2 = mkBinaryCat "mkS" ;
mkS3 = mkBinaryCat "mkS" ;
mkS4 = mkBinaryCat "mkS" ;
mkS5 = mkTernaryCat "mkS" ;
mkS6 = mkTernaryCat "mkS" ;
mkS7 = mkTernaryCat "mkS" ;
mkS8 = mkQuaternaryCat "mkS" ;
mkS9 = mkTernaryCat "mkS" ;
mkS10 = mkTernaryCat "mkS" ;
mkS11 = mkBinaryCat "mkS" ;
mkS12 = mkBinaryCat "mkS" ;
mkCl1 = mkBinaryCat "mkCl" ;
mkCl2 = mkTernaryCat "mkCl" ;
mkCl3 = mkQuaternaryCat "mkCl" ;
mkCl4 = mkTernaryCat "mkCl" ;
mkCl5 = mkTernaryCat "mkCl" ;
mkCl6 = mkTernaryCat "mkCl" ;
mkCl7 = mkTernaryCat "mkCl" ;
mkCl8 = mkTernaryCat "mkCl" ;
mkCl9 = mkQuaternaryCat "mkCl" ;
mkCl10 = mkQuaternaryCat "mkCl" ;
mkCl11 = mkQuaternaryCat "mkCl" ;
mkCl12 = mkQuaternaryCat "mkCl" ;
mkCl13 = mkQuaternaryCat "mkCl" ;
mkCl14 = mkBinaryCat "mkCl" ;
mkCl15 = mkTernaryCat "mkCl" ;
mkCl16 = mkTernaryCat "mkCl" ;
mkCl17 = mkBinaryCat "mkCl" ;
mkCl18 = mkBinaryCat "mkCl" ;
mkCl19 = mkBinaryCat "mkCl" ;
mkCl20 = mkBinaryCat "mkCl" ;
mkCl21 = mkBinaryCat "mkCl" ;
mkCl22 = mkBinaryCat "mkCl" ;
mkCl23 = mkUnaryCat "mkCl" ;
mkCl24 = mkUnaryCat "mkCl" ;
mkCl25 = mkUnaryCat "mkCl" ;
mkCl26 = mkBinaryCat "mkCl" ;
mkCl27 = mkBinaryCat "mkCl" ;
mkCl28 = mkUnaryCat "mkCl" ;
mkCl29 = mkUnaryCat "mkCl" ;
mkCl30 = mkBinaryCat "mkCl" ;
genericCl = mkUnaryCat "genericCl" ;
mkVP1 = mkUnaryCat "mkVP" ;
mkVP2 = mkBinaryCat "mkVP" ;
mkVP3 = mkTernaryCat "mkVP" ;
mkVP4 = mkBinaryCat "mkVP" ;
mkVP5 = mkBinaryCat "mkVP" ;
mkVP6 = mkBinaryCat "mkVP" ;
mkVP7 = mkBinaryCat "mkVP" ;
mkVP8 = mkTernaryCat "mkVP" ;
mkVP9 = mkTernaryCat "mkVP" ;
mkVP10 = mkTernaryCat "mkVP" ;
mkVP11 = mkTernaryCat "mkVP" ;
mkVP12 = mkUnaryCat "mkVP" ;
mkVP13 = mkBinaryCat "mkVP" ;
mkVP14 = mkBinaryCat "mkVP" ;
mkVP15 = mkUnaryCat "mkVP" ;
mkVP16 = mkUnaryCat "mkVP" ;
mkVP17 = mkUnaryCat "mkVP" ;
mkVP18 = mkUnaryCat "mkVP" ;
mkVP19 = mkUnaryCat "mkVP" ;
mkVP20 = mkBinaryCat "mkVP" ;
mkVP21 = mkBinaryCat "mkVP" ;
mkVP22 = mkBinaryCat "mkVP" ;
mkVP23 = mkUnaryCat "mkVP" ;
mkVP24 = mkUnaryCat "mkVP" ;
reflexiveVP1 = mkUnaryCat "reflexiveVP" ;
reflexiveVP2 = mkUnaryCat "reflexiveVP" ;
passiveVP1 = mkUnaryCat "passiveVP" ;
passiveVP2 = mkBinaryCat "passiveVP" ;
progressiveVP = mkUnaryCat "progressiveVP" ;
mkComp1 = mkUnaryCat "mkComp" ;
mkComp2 = mkUnaryCat "mkComp" ;
mkComp3 = mkUnaryCat "mkComp" ;
mkSC1 = mkUnaryCat "mkSC" ;
mkSC2 = mkUnaryCat "mkSC" ;
mkSC3 = mkUnaryCat "mkSC" ;
mkImp1 = mkUnaryCat "mkImp" ;
mkImp2 = mkUnaryCat "mkImp" ;
mkImp3 = mkBinaryCat "mkImp" ;
mkNP1 = mkBinaryCat "mkNP" ;
mkNP2 = mkBinaryCat "mkNP" ;
mkNP3 = mkTernaryCat "mkNP" ;
mkNP4 = mkQuaternaryCat "mkNP" ;
mkNP5 = mkTernaryCat "mkNP" ;
mkNP6 = mkBinaryCat "mkNP" ;
mkNP7 = mkBinaryCat "mkNP" ;
mkNP8 = mkBinaryCat "mkNP" ;
mkNP9 = mkBinaryCat "mkNP" ;
mkNP10 = mkBinaryCat "mkNP" ;
mkNP11 = mkBinaryCat "mkNP" ;
mkNP12 = mkBinaryCat "mkNP" ;
mkNP13 = mkBinaryCat "mkNP" ;
mkNP14 = mkBinaryCat "mkNP" ;
mkNP15 = mkBinaryCat "mkNP" ;
mkNP16 = mkBinaryCat "mkNP" ;
mkNP17 = mkBinaryCat "mkNP" ;
mkNP18 = mkUnaryCat "mkNP" ;
mkNP19 = mkUnaryCat "mkNP" ;
mkNP20 = mkUnaryCat "mkNP" ;
mkNP21 = mkBinaryCat "mkNP" ;
mkNP22 = mkUnaryCat "mkNP" ;
mkNP23 = mkUnaryCat "mkNP" ;
mkNP24 = mkUnaryCat "mkNP" ;
mkNP25 = mkBinaryCat "mkNP" ;
mkNP26 = mkBinaryCat "mkNP" ;
mkNP27 = mkBinaryCat "mkNP" ;
mkNP28 = mkBinaryCat "mkNP" ;
mkNP29 = mkTernaryCat "mkNP" ;
mkNP30 = mkBinaryCat "mkNP" ;
mkNP31 = mkBinaryCat "mkNP" ;
mkNP32 = mkBinaryCat "mkNP" ;
i_NP = mkSimpCat "i_NP" ;
you_NP = mkSimpCat "you_NP" ;
youPol_NP = mkSimpCat "youPol_NP" ;
he_NP = mkSimpCat "he_NP" ;
she_NP = mkSimpCat "she_NP" ;
it_NP = mkSimpCat "it_NP" ;
we_NP = mkSimpCat "we_NP" ;
youPl_NP = mkSimpCat "youPl_NP" ;
they_NP = mkSimpCat "they_NP" ;
this_NP = mkSimpCat "this_NP" ;
that_NP = mkSimpCat "that_NP" ;
these_NP = mkSimpCat "these_NP" ;
those_NP = mkSimpCat "those_NP" ;
mkDet1 = mkUnaryCat "mkDet" ;
mkDet2 = mkBinaryCat "mkDet" ;
mkDet3 = mkBinaryCat "mkDet" ;
mkDet4 = mkTernaryCat "mkDet" ;
mkDet5 = mkBinaryCat "mkDet" ;
mkDet6 = mkUnaryCat "mkDet" ;
mkDet7 = mkUnaryCat "mkDet" ;
mkDet8 = mkUnaryCat "mkDet" ;
mkDet9 = mkUnaryCat "mkDet" ;
mkDet10 = mkBinaryCat "mkDet" ;
the_Det = mkSimpCat "the_Det" ;
a_Det = mkSimpCat "a_Det" ;
theSg_Det = mkSimpCat "theSg_Det" ;
thePl_Det = mkSimpCat "thePl_Det" ;
aSg_Det = mkSimpCat "aSg_Det" ;
aPl_Det = mkSimpCat "aPl_Det" ;
this_Det = mkSimpCat "this_Det" ;
that_Det = mkSimpCat "that_Det" ;
these_Det = mkSimpCat "these_Det" ;
those_Det = mkSimpCat "those_Det" ;
mkQuant = mkUnaryCat "mkQuant" ;
the_Quant = mkSimpCat "the_Quant" ;
a_Quant = mkSimpCat "a_Quant" ;
--mkNum1 = mkUnaryCat "mkNum" ;
mkNum2 = mkUnaryCat "mkNum" ;
mkNum3 = mkUnaryCat "mkNum" ;
mkNum4 = mkUnaryCat "mkNum" ;
mkNum5 = mkUnaryCat "mkNum" ;
mkNum6 = mkBinaryCat "mkNum" ;
singularNum = mkSimpCat "singularNum" ;
pluralNum = mkSimpCat "pluralNum" ;
--mkCard1 = mkUnaryCat "mkCard" ;
mkCard2 = mkUnaryCat "mkCard" ;
mkCard3 = mkUnaryCat "mkCard" ;
mkCard4 = mkBinaryCat "mkCard" ;
mkOrd1 = mkUnaryCat "mkOrd" ;
mkOrd2 = mkUnaryCat "mkOrd" ;
mkOrd3 = mkUnaryCat "mkOrd" ;
mkOrd4 = mkUnaryCat "mkOrd" ;
mkAdN = mkUnaryCat "mkAdN" ;
mkCN1 = mkUnaryCat "mkCN" ;
mkCN2 = mkBinaryCat "mkCN" ;
mkCN3 = mkTernaryCat "mkCN" ;
mkCN4 = mkUnaryCat "mkCN" ;
mkCN5 = mkUnaryCat "mkCN" ;
mkCN6 = mkBinaryCat "mkCN" ;
mkCN7 = mkBinaryCat "mkCN" ;
mkCN8 = mkBinaryCat "mkCN" ;
mkCN9 = mkBinaryCat "mkCN" ;
mkCN10 = mkBinaryCat "mkCN" ;
mkCN11 = mkBinaryCat "mkCN" ;
mkCN12 = mkBinaryCat "mkCN" ;
mkCN13 = mkBinaryCat "mkCN" ;
mkCN14 = mkBinaryCat "mkCN" ;
mkCN15 = mkBinaryCat "mkCN" ;
mkCN16 = mkBinaryCat "mkCN" ;
mkCN17 = mkBinaryCat "mkCN" ;
mkCN18 = mkBinaryCat "mkCN" ;
mkCN19 = mkBinaryCat "mkCN" ;
mkCN20 = mkBinaryCat "mkCN" ;
mkCN21 = mkBinaryCat "mkCN" ;
mkAP1 = mkUnaryCat "mkAP" ;
mkAP2 = mkBinaryCat "mkAP" ;
mkAP3 = mkBinaryCat "mkAP" ;
mkAP4 = mkUnaryCat "mkAP" ;
mkAP5 = mkBinaryCat "mkAP" ;
mkAP6 = mkBinaryCat "mkAP" ;
mkAP7 = mkBinaryCat "mkAP" ;
mkAP8 = mkBinaryCat "mkAP" ;
mkAP9 = mkBinaryCat "mkAP" ;
mkAP10 = mkBinaryCat "mkAP" ;
mkAP11 = mkTernaryCat "mkAP" ;
mkAP12 = mkBinaryCat "mkAP" ;
mkAP13 = mkUnaryCat "mkAP" ;
mkAP14 = mkTernaryCat "mkAP" ;
reflAP = mkUnaryCat "reflAP" ;
comparAP = mkUnaryCat "comparAP" ;
mkAdv1 = mkUnaryCat "mkAdv" ;
mkAdv2 = mkBinaryCat "mkAdv" ;
mkAdv3 = mkBinaryCat "mkAdv" ;
mkAdv4 = mkTernaryCat "mkAdv" ;
mkAdv5 = mkTernaryCat "mkAdv" ;
mkAdv6 = mkBinaryCat "mkAdv" ;
mkAdv7 = mkTernaryCat "mkAdv" ;
mkAdv8 = mkBinaryCat "mkAdv" ;
mkQS1 = mkUnaryCat "mkQS" ;
mkQS2 = mkBinaryCat "mkQS" ;
mkQS3 = mkBinaryCat "mkQS" ;
mkQS4 = mkBinaryCat "mkQS" ;
mkQS5 = mkTernaryCat "mkQS" ;
mkQS6 = mkTernaryCat "mkQS" ;
mkQS7 = mkTernaryCat "mkQS" ;
mkQS8 = mkQuaternaryCat "mkQS" ;
mkQS9 = mkUnaryCat "mkQS" ;
mkQCl1 = mkUnaryCat "mkQCl" ;
mkQCl2 = mkBinaryCat "mkQCl" ;
mkQCl3 = mkBinaryCat "mkQCl" ;
mkQCl4 = mkTernaryCat "mkQCl" ;
mkQCl5 = mkQuaternaryCat "mkQCl" ;
mkQCl6 = mkTernaryCat "mkQCl" ;
mkQCl7 = mkTernaryCat "mkQCl" ;
mkQCl8 = mkTernaryCat "mkQCl" ;
mkQCl9 = mkTernaryCat "mkQCl" ;
mkQCl10 = mkTernaryCat "mkQCl" ;
mkQCl11 = mkQuaternaryCat "mkQCl" ;
mkQCl12 = mkQuaternaryCat "mkQCl" ;
mkQCl13 = mkQuaternaryCat "mkQCl" ;
mkQCl14 = mkQuaternaryCat "mkQCl" ;
mkQCl15 = mkQuaternaryCat "mkQCl" ;
mkQCl16 = mkBinaryCat "mkQCl" ;
mkQCl17 = mkTernaryCat "mkQCl" ;
mkQCl18 = mkTernaryCat "mkQCl" ;
mkQCl19 = mkBinaryCat "mkQCl" ;
mkQCl20 = mkBinaryCat "mkQCl" ;
mkQCl21 = mkBinaryCat "mkQCl" ;
mkQCl22 = mkBinaryCat "mkQCl" ;
mkQCl23 = mkBinaryCat "mkQCl" ;
mkQCl24 = mkTernaryCat "mkQCl" ;
mkQCl25 = mkBinaryCat "mkQCl" ;
mkQCl26 = mkBinaryCat "mkQCl" ;
mkQCl27 = mkTernaryCat "mkQCl" ;
mkQCl28 = mkBinaryCat "mkQCl" ;
mkQCl29 = mkBinaryCat "mkQCl" ;
mkQCl30 = mkUnaryCat "mkQCl" ;
mkIComp1 = mkUnaryCat "mkIComp" ;
mkIComp2 = mkUnaryCat "mkIComp" ;
mkIP1 = mkBinaryCat "mkIP" ;
mkIP2 = mkBinaryCat "mkIP" ;
mkIP3 = mkUnaryCat "mkIP" ;
mkIP4 = mkBinaryCat "mkIP" ;
mkIP5 = mkTernaryCat "mkIP" ;
mkIP6 = mkBinaryCat "mkIP" ;
mkIP7 = mkBinaryCat "mkIP" ;
what_IP = mkSimpCat "what_IP" ;
who_IP = mkSimpCat "who_IP" ;
mkIAdv1 = mkBinaryCat "mkIAdv" ;
mkIAdv2 = mkBinaryCat "mkIAdv" ;
mkIDet1 = mkBinaryCat "mkIDet" ;
mkIDet2 = mkUnaryCat "mkIDet" ;
which_IDet = mkSimpCat "which_IDet" ;
whichSg_IDet = mkSimpCat "whichSg_IDet" ;
whichPl_IDet = mkSimpCat "whichPl_IDet" ;
mkRS1 = mkUnaryCat "mkRS" ;
mkRS2 = mkBinaryCat "mkRS" ;
mkRS3 = mkBinaryCat "mkRS" ;
mkRS4 = mkBinaryCat "mkRS" ;
mkRS5 = mkTernaryCat "mkRS" ;
mkRS6 = mkTernaryCat "mkRS" ;
mkRS7 = mkTernaryCat "mkRS" ;
mkRS8 = mkQuaternaryCat "mkRS" ;
mkRS9 = mkTernaryCat "mkRS" ;
mkRS10 = mkTernaryCat "mkRS" ;
mkRS11 = mkBinaryCat "mkRS" ;
mkRCl1 = mkBinaryCat "mkRCl" ;
mkRCl2 = mkBinaryCat "mkRCl" ;
mkRCl3 = mkTernaryCat "mkRCl" ;
mkRCl4 = mkQuaternaryCat "mkRCl" ;
mkRCl5 = mkTernaryCat "mkRCl" ;
mkRCl6 = mkTernaryCat "mkRCl" ;
mkRCl7 = mkTernaryCat "mkRCl" ;
mkRCl8 = mkTernaryCat "mkRCl" ;
mkRCl9 = mkTernaryCat "mkRCl" ;
mkRCl10 = mkQuaternaryCat "mkRCl" ;
mkRCl11 = mkQuaternaryCat "mkRCl" ;
mkRCl12 = mkQuaternaryCat "mkRCl" ;
mkRCl13 = mkQuaternaryCat "mkRCl" ;
mkRCl14 = mkQuaternaryCat "mkRCl" ;
mkRCl15 = mkBinaryCat "mkRCl" ;
mkRCl16 = mkTernaryCat "mkRCl" ;
mkRCl17 = mkTernaryCat "mkRCl" ;
mkRCl18 = mkBinaryCat "mkRCl" ;
mkRCl19 = mkBinaryCat "mkRCl" ;
mkRCl20 = mkBinaryCat "mkRCl" ;
mkRCl21 = mkBinaryCat "mkRCl" ;
mkRCl22 = mkBinaryCat "mkRCl" ;
mkRCl23 = mkTernaryCat "mkRCl" ;
mkRCl24 = mkBinaryCat "mkRCl" ;
mkRCl25 = mkUnaryCat "mkRCl" ;
which_RP = mkSimpCat "which_RP" ;
mkRP = mkTernaryCat "mkRP" ;
mkSSlash = mkTernaryCat "mkSSlash" ;
mkClSlash1 = mkBinaryCat "mkClSlash" ;
mkClSlash2 = mkBinaryCat "mkClSlash" ;
mkClSlash3 = mkTernaryCat "mkClSlash" ;
mkClSlash4 = mkBinaryCat "mkClSlash" ;
mkClSlash5 = mkBinaryCat "mkClSlash" ;
mkClSlash6 = mkTernaryCat "mkClSlash" ;
mkVPSlash1 = mkUnaryCat "mkClSlash" ;
mkVPSlash2 = mkBinaryCat "mkClSlash" ;
mkVPSlash3 = mkBinaryCat "mkClSlash" ;
mkVPSlash4 = mkBinaryCat "mkClSlash" ;
mkVPSlash5 = mkBinaryCat "mkClSlash" ;
mkVPSlash6 = mkBinaryCat "mkClSlash" ;
mkVPSlash7 = mkBinaryCat "mkClSlash" ;
mkVPSlash8 = mkTernaryCat "mkVPSlash" ;
mkListS1 = mkBinaryCat "mkListS" ;
mkListS2 = mkBinaryCat "mkListS" ;
mkListAdv1 = mkBinaryCat "mkListAdv" ;
mkListAdv2 = mkBinaryCat "mkListAdv" ;
mkListAP1 = mkBinaryCat "mkListAP" ;
mkListAP2 = mkBinaryCat "mkListAP" ;
mkListNP1 = mkBinaryCat "mkListNP" ;
mkListNP2 = mkBinaryCat "mkListNP" ;
mkListRS1 = mkBinaryCat "mkListRS" ;
mkListRS2 = mkBinaryCat "mkListRS" ;
the_Art = mkSimpCat "the_Art" ;
a_Art = mkSimpCat "a_Art" ;
sgNum = mkSimpCat "sgNum" ;
plNum = mkSimpCat "plNum" ;
{-
DetSg : Quant -> Ord -> Det = \q -> DetQuantOrd q NumSg ;
DetPl : Quant -> Num -> Ord -> Det = DetQuantOrd ;
ComplV2 : V2 -> NP -> VP = \v,np -> ComplSlash (SlashV2a v) np ;
ComplV2A : V2A -> NP -> AP -> VP = \v,np,ap -> ComplSlash (SlashV2A v ap) np ;
ComplV3 : V3 -> NP -> NP -> VP = \v,o,d -> ComplSlash (Slash3V3 v d) o ;
-}
oper mkSimpCat : Str-> {ind : Str ; attr : Str} = \s -> {ind = s; attr = s};
oper mkUnaryCat : Str -> {ind : Str ; attr : Str} -> {ind : Str ; attr : Str} = \s, o1 ->
{ind = s ++ o1.attr ;
attr = "(" ++ s ++ o1.attr ++ ")"};
oper mkBinaryCat : Str -> {ind : Str; attr : Str} -> {ind : Str; attr : Str} -> {ind : Str ; attr : Str} = \s, o1, o2 ->
{ind = s ++ o1.attr ++ o2.attr;
attr = "(" ++ s ++ o1.attr ++ o2.attr ++ ")"};
oper mkTernaryCat : Str -> {ind : Str; attr : Str} -> {ind : Str; attr : Str} -> {ind : Str; attr: Str} -> {ind : Str ; attr : Str} = \s, o1, o2, o3 ->
{ind = s ++ o1.attr ++ o2.attr ++ o3.attr;
attr = "(" ++ s ++ o1.attr ++ o2.attr ++ o3.attr ++")"};
oper mkQuaternaryCat : Str -> {ind : Str; attr : Str} -> {ind : Str; attr : Str} -> {ind : Str; attr : Str} -> {ind : Str; attr: Str} -> {ind : Str ; attr : Str} = \s, o1, o2, o3, o4 ->
{ind = s ++ o1.attr ++ o2.attr ++ o3.attr ++ o4.attr;
attr = "(" ++ s ++ o1.attr ++ o2.attr ++ o3.attr ++o4.attr++ ")"};
-----------------------------
lin
testNoun i = mkSimpCat ("noun"++i.s) ;
testA i = mkSimpCat ("adj" ++ i.s) ;
testV i = mkSimpCat ("verb" ++ i.s) ;
testV2 i = mkSimpCat ("verb2" ++ i.s) ;
testAdv i = mkSimpCat ("adv" ++ i.s) ;
}