content: {-# OPTIONS_GHC -fglasgow-exts #-}
  module Both where
  
  import Control.Monad.Identity
  import Data.Monoid
  import PGF hiding (Tree)
  import qualified PGF
  ----------------------------------------------------
  -- automatic translation from GF to Haskell
  ----------------------------------------------------
  
  class Gf a where
    gf :: a -> PGF.Tree
    fg :: PGF.Tree -> a
  
  instance Gf GString where
    gf (GString x) = mkStr x
    fg t =
      case unStr t of
        Just x  ->  GString x
        Nothing -> error ("no GString " ++ show t)
  
  instance Gf GInt where
    gf (GInt x) = mkInt x
    fg t =
      case unInt t of
        Just x  ->  GInt x
        Nothing -> error ("no GInt " ++ show t)
  
  instance Gf GFloat where
    gf (GFloat x) = mkDouble x
    fg t =
      case unDouble t of
        Just x  ->  GFloat x
        Nothing -> error ("no GFloat " ++ show t)
  
  ----------------------------------------------------
  -- below this line machine-generated
  ----------------------------------------------------
  
  type GAP = Tree GAP_
  data GAP_
  type GAdA = Tree GAdA_
  data GAdA_
  type GAdN = Tree GAdN_
  data GAdN_
  type GAdV = Tree GAdV_
  data GAdV_
  type GAdv = Tree GAdv_
  data GAdv_
  type GAnt = Tree GAnt_
  data GAnt_
  type GCN = Tree GCN_
  data GCN_
  type GCard = Tree GCard_
  data GCard_
  type GCl = Tree GCl_
  data GCl_
  type GClC_none = Tree GClC_none_
  data GClC_none_
  type GClC_np = Tree GClC_np_
  data GClC_np_
  type GClSlash = Tree GClSlash_
  data GClSlash_
  type GComp = Tree GComp_
  data GComp_
  type GDet = Tree GDet_
  data GDet_
  type GIAdv = Tree GIAdv_
  data GIAdv_
  type GIComp = Tree GIComp_
  data GIComp_
  type GIDet = Tree GIDet_
  data GIDet_
  type GIP = Tree GIP_
  data GIP_
  type GImp = Tree GImp_
  data GImp_
  type GListAP = Tree GListAP_
  data GListAP_
  type GListAdV = Tree GListAdV_
  data GListAdV_
  type GListAdv = Tree GListAdv_
  data GListAdv_
  type GListCN = Tree GListCN_
  data GListCN_
  type GListIAdv = Tree GListIAdv_
  data GListIAdv_
  type GListNP = Tree GListNP_
  data GListNP_
  type GListRS = Tree GListRS_
  data GListRS_
  type GListS = Tree GListS_
  data GListS_
  type GListVPI = Tree GListVPI_
  data GListVPI_
  type GListVPS = Tree GListVPS_
  data GListVPS_
  type GN = Tree GN_
  data GN_
  type GN2 = Tree GN2_
  data GN2_
  type GNP = Tree GNP_
  data GNP_
  type GNum = Tree GNum_
  data GNum_
  type GOrd = Tree GOrd_
  data GOrd_
  type GPConj = Tree GPConj_
  data GPConj_
  type GPN = Tree GPN_
  data GPN_
  type GPhr = Tree GPhr_
  data GPhr_
  type GPol = Tree GPol_
  data GPol_
  type GPrAP_none = Tree GPrAP_none_
  data GPrAP_none_
  type GPrAP_np = Tree GPrAP_np_
  data GPrAP_np_
  type GPrAdv_none = Tree GPrAdv_none_
  data GPrAdv_none_
  type GPrAdv_np = Tree GPrAdv_np_
  data GPrAdv_np_
  type GPrCN_none = Tree GPrCN_none_
  data GPrCN_none_
  type GPrCN_np = Tree GPrCN_np_
  data GPrCN_np_
  type GPrCl_none = Tree GPrCl_none_
  data GPrCl_none_
  type GPrCl_np = Tree GPrCl_np_
  data GPrCl_np_
  type GPrQCl_none = Tree GPrQCl_none_
  data GPrQCl_none_
  type GPrQCl_np = Tree GPrQCl_np_
  data GPrQCl_np_
  type GPrS = Tree GPrS_
  data GPrS_
  type GPrVPI_none = Tree GPrVPI_none_
  data GPrVPI_none_
  type GPrVPI_np = Tree GPrVPI_np_
  data GPrVPI_np_
  type GPrVP_a = Tree GPrVP_a_
  data GPrVP_a_
  type GPrVP_n = Tree GPrVP_n_
  data GPrVP_n_
  type GPrVP_none = Tree GPrVP_none_
  data GPrVP_none_
  type GPrVP_np = Tree GPrVP_np_
  data GPrVP_np_
  type GPrVP_np_a = Tree GPrVP_np_a_
  data GPrVP_np_a_
  type GPrVP_np_n = Tree GPrVP_np_n_
  data GPrVP_np_n_
  type GPrVP_np_np = Tree GPrVP_np_np_
  data GPrVP_np_np_
  type GPrVP_np_q = Tree GPrVP_np_q_
  data GPrVP_np_q_
  type GPrVP_np_s = Tree GPrVP_np_s_
  data GPrVP_np_s_
  type GPrVP_np_v = Tree GPrVP_np_v_
  data GPrVP_np_v_
  type GPrVP_q = Tree GPrVP_q_
  data GPrVP_q_
  type GPrVP_s = Tree GPrVP_s_
  data GPrVP_s_
  type GPrVP_v = Tree GPrVP_v_
  data GPrVP_v_
  type GPrV_a = Tree GPrV_a_
  data GPrV_a_
  type GPrV_n = Tree GPrV_n_
  data GPrV_n_
  type GPrV_none = Tree GPrV_none_
  data GPrV_none_
  type GPrV_np = Tree GPrV_np_
  data GPrV_np_
  type GPrV_np_a = Tree GPrV_np_a_
  data GPrV_np_a_
  type GPrV_np_n = Tree GPrV_np_n_
  data GPrV_np_n_
  type GPrV_np_np = Tree GPrV_np_np_
  data GPrV_np_np_
  type GPrV_np_q = Tree GPrV_np_q_
  data GPrV_np_q_
  type GPrV_np_s = Tree GPrV_np_s_
  data GPrV_np_s_
  type GPrV_np_v = Tree GPrV_np_v_
  data GPrV_np_v_
  type GPrV_q = Tree GPrV_q_
  data GPrV_q_
  type GPrV_s = Tree GPrV_s_
  data GPrV_s_
  type GPrV_v = Tree GPrV_v_
  data GPrV_v_
  type GQCl = Tree GQCl_
  data GQCl_
  type GQS = Tree GQS_
  data GQS_
  type GQVP = Tree GQVP_
  data GQVP_
  type GQuant = Tree GQuant_
  data GQuant_
  type GRCl = Tree GRCl_
  data GRCl_
  type GRP = Tree GRP_
  data GRP_
  type GRS = Tree GRS_
  data GRS_
  type GS = Tree GS_
  data GS_
  type GSC = Tree GSC_
  data GSC_
  type GSSlash = Tree GSSlash_
  data GSSlash_
  type GSymb = Tree GSymb_
  data GSymb_
  type GTemp = Tree GTemp_
  data GTemp_
  type GTense = Tree GTense_
  data GTense_
  type GUtt = Tree GUtt_
  data GUtt_
  type GVP = Tree GVP_
  data GVP_
  type GVPC_none = Tree GVPC_none_
  data GVPC_none_
  type GVPC_np = Tree GVPC_np_
  data GVPC_np_
  type GVPI = Tree GVPI_
  data GVPI_
  type GVPS = Tree GVPS_
  data GVPS_
  type GVPSlash = Tree GVPSlash_
  data GVPSlash_
  type GVoc = Tree GVoc_
  data GVoc_
  type GA = Tree GA_
  data GA_
  type GA2 = Tree GA2_
  data GA2_
  type GCAdv = Tree GCAdv_
  data GCAdv_
  type GConj = Tree GConj_
  data GConj_
  type GDigits = Tree GDigits_
  data GDigits_
  type GIQuant = Tree GIQuant_
  data GIQuant_
  type GInterj = Tree GInterj_
  data GInterj_
  type GN3 = Tree GN3_
  data GN3_
  type GNumeral = Tree GNumeral_
  data GNumeral_
  type GPredet = Tree GPredet_
  data GPredet_
  type GPrep = Tree GPrep_
  data GPrep_
  type GPron = Tree GPron_
  data GPron_
  type GSubj = Tree GSubj_
  data GSubj_
  type GText = Tree GText_
  data GText_
  type GV = Tree GV_
  data GV_
  type GV2 = Tree GV2_
  data GV2_
  type GV2A = Tree GV2A_
  data GV2A_
  type GV2Q = Tree GV2Q_
  data GV2Q_
  type GV2S = Tree GV2S_
  data GV2S_
  type GV2V = Tree GV2V_
  data GV2V_
  type GV3 = Tree GV3_
  data GV3_
  type GVA = Tree GVA_
  data GVA_
  type GVQ = Tree GVQ_
  data GVQ_
  type GVS = Tree GVS_
  data GVS_
  type GVV = Tree GVV_
  data GVV_
  type GString = Tree GString_
  data GString_
  type GInt = Tree GInt_
  data GInt_
  type GFloat = Tree GFloat_
  data GFloat_
  
  data Tree :: * -> * where
  
    GEMeta :: Int -> [Tree a] -> Tree GPhr_
  
    GAdAP :: GAdA -> GAP -> Tree GAP_
    GAdjOrd :: GOrd -> Tree GAP_
    GAdvAP :: GAP -> GAdv -> Tree GAP_
    GCAdvAP :: GCAdv -> GAP -> GNP -> Tree GAP_
    GComparA :: GA -> GNP -> Tree GAP_
    GComplA2 :: GA2 -> GNP -> Tree GAP_
    GConjAP :: GConj -> GListAP -> Tree GAP_
    GGerundAP :: GV -> Tree GAP_
    GPastPartAP :: GV2 -> Tree GAP_
    GPositA :: GA -> Tree GAP_
    GReflA2 :: GA2 -> Tree GAP_
    GSentAP :: GAP -> GSC -> Tree GAP_
    GUseA2 :: GA2 -> Tree GAP_
    GUseComparA :: GA -> Tree GAP_
    GPositAdAAdj :: GA -> Tree GAdA_
    GAdnCAdv :: GCAdv -> Tree GAdN_
    GAdAdV :: GAdA -> GAdV -> Tree GAdV_
    GConjAdV :: GConj -> GListAdV -> Tree GAdV_
    GPositAdVAdj :: GA -> Tree GAdV_
    GAdAdv :: GAdA -> GAdv -> Tree GAdv_
    GComparAdvAdj :: GCAdv -> GA -> GNP -> Tree GAdv_
    GComparAdvAdjS :: GCAdv -> GA -> GS -> Tree GAdv_
    GConjAdv :: GConj -> GListAdv -> Tree GAdv_
    GPositAdvAdj :: GA -> Tree GAdv_
    GPrepNP :: GPrep -> GNP -> Tree GAdv_
    GSubjS :: GSubj -> GS -> Tree GAdv_
    GAAnter :: Tree GAnt_
    GASimul :: Tree GAnt_
    GAdjCN :: GAP -> GCN -> Tree GCN_
    GAdvCN :: GCN -> GAdv -> Tree GCN_
    GAppAPCN :: GPrAP_none -> GCN -> Tree GCN_
    GApposCN :: GCN -> GNP -> Tree GCN_
    GComplN2 :: GN2 -> GNP -> Tree GCN_
    GCompoundCN :: GNum -> GN -> GCN -> Tree GCN_
    GConjCN :: GConj -> GListCN -> Tree GCN_
    GPartNP :: GCN -> GNP -> Tree GCN_
    GPossNP :: GCN -> GNP -> Tree GCN_
    GRelCN :: GCN -> GRS -> Tree GCN_
    GSentCN :: GCN -> GSC -> Tree GCN_
    GUseN :: GN -> Tree GCN_
    GUseN2 :: GN2 -> Tree GCN_
    GAdNum :: GAdN -> GCard -> Tree GCard_
    GNumDigits :: GDigits -> Tree GCard_
    GNumNumeral :: GNumeral -> Tree GCard_
    GExistNP :: GNP -> Tree GCl_
    GPredSCVP :: GSC -> GVP -> Tree GCl_
    GPredVP :: GNP -> GVP -> Tree GCl_
    GPredVPosv :: GNP -> GVP -> Tree GCl_
    GPredVPovs :: GNP -> GVP -> Tree GCl_
    GContClC_none :: GPrCl_none -> GClC_none -> Tree GClC_none_
    GStartClC_none :: GConj -> GPrCl_none -> GPrCl_none -> Tree GClC_none_
    GContClC_np :: GPrCl_np -> GClC_np -> Tree GClC_np_
    GStartClC_np :: GConj -> GPrCl_np -> GPrCl_np -> Tree GClC_np_
    GAdvSlash :: GClSlash -> GAdv -> Tree GClSlash_
    GSlashPrep :: GCl -> GPrep -> Tree GClSlash_
    GSlashVP :: GNP -> GVPSlash -> Tree GClSlash_
    GSlashVS :: GNP -> GVS -> GSSlash -> Tree GClSlash_
    GCompAP :: GAP -> Tree GComp_
    GCompAdv :: GAdv -> Tree GComp_
    GCompCN :: GCN -> Tree GComp_
    GCompNP :: GNP -> Tree GComp_
    GCompQS :: GQS -> Tree GComp_
    GCompS :: GS -> Tree GComp_
    GCompVP :: GAnt -> GPol -> GVP -> Tree GComp_
    GDetQuant :: GQuant -> GNum -> Tree GDet_
    GDetQuantOrd :: GQuant -> GNum -> GOrd -> Tree GDet_
    GAdvIAdv :: GIAdv -> GAdv -> Tree GIAdv_
    GConjIAdv :: GConj -> GListIAdv -> Tree GIAdv_
    GPrepIP :: GPrep -> GIP -> Tree GIAdv_
    GCompIAdv :: GIAdv -> Tree GIComp_
    GCompIP :: GIP -> Tree GIComp_
    GIdetQuant :: GIQuant -> GNum -> Tree GIDet_
    GAdvIP :: GIP -> GAdv -> Tree GIP_
    GIdetCN :: GIDet -> GCN -> Tree GIP_
    GIdetIP :: GIDet -> Tree GIP_
    GImpVP :: GVP -> Tree GImp_
    GListAP :: [GAP] -> Tree GListAP_
    GListAdV :: [GAdV] -> Tree GListAdV_
    GListAdv :: [GAdv] -> Tree GListAdv_
    GListCN :: [GCN] -> Tree GListCN_
    GListIAdv :: [GIAdv] -> Tree GListIAdv_
    GListNP :: [GNP] -> Tree GListNP_
    GListRS :: [GRS] -> Tree GListRS_
    GListS :: [GS] -> Tree GListS_
    GListVPI :: [GVPI] -> Tree GListVPI_
    GListVPS :: [GVPS] -> Tree GListVPS_
    GDashCN :: GN -> GN -> Tree GN_
    GGerundN :: GV -> Tree GN_
    GComplN3 :: GN3 -> GNP -> Tree GN2_
    GUse2N3 :: GN3 -> Tree GN2_
    GUse3N3 :: GN3 -> Tree GN2_
    GAdvNP :: GNP -> GAdv -> Tree GNP_
    GApposNP :: GNP -> GNP -> Tree GNP_
    GCNNumNP :: GCN -> GCard -> Tree GNP_
    GConjNP :: GConj -> GListNP -> Tree GNP_
    GCountNP :: GDet -> GNP -> Tree GNP_
    GDetCN :: GDet -> GCN -> Tree GNP_
    GDetNP :: GDet -> Tree GNP_
    GExtAdvNP :: GNP -> GAdv -> Tree GNP_
    GMassNP :: GCN -> Tree GNP_
    GNomVPNP_none :: GPrVPI_none -> Tree GNP_
    GPPartNP :: GNP -> GV2 -> Tree GNP_
    GPredetNP :: GPredet -> GNP -> Tree GNP_
    GRelNP :: GNP -> GRS -> Tree GNP_
    GSelfNP :: GNP -> Tree GNP_
    GUsePN :: GPN -> Tree GNP_
    GUsePron :: GPron -> Tree GNP_
    GUseQuantPN :: GQuant -> GPN -> Tree GNP_
    Gherself_NP :: Tree GNP_
    Ghimself_NP :: Tree GNP_
    Gitself_NP :: Tree GNP_
    Gmyself_NP :: Tree GNP_
    Gourselves_NP :: Tree GNP_
    Gthemselves_NP :: Tree GNP_
    GyourselfPl_NP :: Tree GNP_
    GyourselfSg_NP :: Tree GNP_
    GNumCard :: GCard -> Tree GNum_
    GNumPl :: Tree GNum_
    GNumSg :: Tree GNum_
    GOrdCompar :: GA -> Tree GOrd_
    GOrdDigits :: GDigits -> Tree GOrd_
    GOrdNumeral :: GNumeral -> Tree GOrd_
    GOrdSuperl :: GA -> Tree GOrd_
    GNoPConj :: Tree GPConj_
    GPConjConj :: GConj -> Tree GPConj_
    GSymbPN :: GSymb -> Tree GPN_
    GPhrUtt :: GPConj -> GUtt -> GVoc -> Tree GPhr_
    GPNeg :: Tree GPol_
    GPPos :: Tree GPol_
    GAgentPastPartAP_none :: GPrV_np -> GNP -> Tree GPrAP_none_
    GLiftAP :: GAP -> Tree GPrAP_none_
    GPastPartAP_none :: GPrV_np -> Tree GPrAP_none_
    GPresPartAP_none :: GPrV_none -> Tree GPrAP_none_
    GLiftA2 :: GA2 -> Tree GPrAP_np_
    GPresPartAP_np :: GPrV_np -> Tree GPrAP_np_
    GComplAdv_none :: GPrAdv_np -> GNP -> Tree GPrAdv_none_
    GLiftAdV :: GAdV -> Tree GPrAdv_none_
    GLiftAdv :: GAdv -> Tree GPrAdv_none_
    GLiftPrep :: GPrep -> Tree GPrAdv_np_
    GLiftCN :: GCN -> Tree GPrCN_none_
    GLiftN2 :: GN2 -> Tree GPrCN_np_
    GAdvCl_none :: GPrAdv_none -> GPrCl_none -> Tree GPrCl_none_
    GPredVP_none :: GNP -> GPrVP_none -> Tree GPrCl_none_
    GSlashClNP_none :: GPrCl_np -> GNP -> Tree GPrCl_none_
    GUseClC_none :: GClC_none -> Tree GPrCl_none_
    GAdvCl_np :: GPrAdv_np -> GPrCl_none -> Tree GPrCl_np_
    GPredVP_np :: GNP -> GPrVP_np -> Tree GPrCl_np_
    GUseClC_np :: GClC_np -> Tree GPrCl_np_
    GAdvQCl_none :: GPrAdv_none -> GPrQCl_none -> Tree GPrQCl_none_
    GQuestCl_none :: GPrCl_none -> Tree GPrQCl_none_
    GQuestIAdv_none :: GIAdv -> GPrCl_none -> Tree GPrQCl_none_
    GQuestIComp_none :: GAnt -> GTense -> GPol -> GIComp -> GNP -> Tree GPrQCl_none_
    GQuestSlash_none :: GIP -> GPrQCl_np -> Tree GPrQCl_none_
    GQuestVP_none :: GIP -> GPrVP_none -> Tree GPrQCl_none_
    GAdvQCl_np :: GPrAdv_np -> GPrQCl_none -> Tree GPrQCl_np_
    GQuestCl_np :: GPrCl_np -> Tree GPrQCl_np_
    GUseAdvCl_none :: GPrAdv_none -> GPrCl_none -> Tree GPrS_
    GUseCl_none :: GPrCl_none -> Tree GPrS_
    GUseQCl_none :: GPrQCl_none -> Tree GPrS_
    GInfVP_none :: GPrVP_none -> Tree GPrVPI_none_
    GInfVP_np :: GPrVP_np -> Tree GPrVPI_np_
    GAgentPassUseV_a :: GAnt -> GTense -> GPol -> GPrV_np_a -> GNP -> Tree GPrVP_a_
    GPassUseV_a :: GAnt -> GTense -> GPol -> GPrV_np_a -> Tree GPrVP_a_
    GReflVP_a :: GPrVP_np_a -> Tree GPrVP_a_
    GUseV_a :: GAnt -> GTense -> GPol -> GPrV_a -> Tree GPrVP_a_
    GAgentPassUseV_n :: GAnt -> GTense -> GPol -> GPrV_np_n -> GNP -> Tree GPrVP_n_
    GPassUseV_n :: GAnt -> GTense -> GPol -> GPrV_np_n -> Tree GPrVP_n_
    GReflVP_n :: GPrVP_np_n -> Tree GPrVP_n_
    GUseV_n :: GAnt -> GTense -> GPol -> GPrV_v -> Tree GPrVP_n_
    GAfterVP_none :: GPrVP_none -> GPrVPI_none -> Tree GPrVP_none_
    GAgentPassUseV_none :: GAnt -> GTense -> GPol -> GPrV_np -> GNP -> Tree GPrVP_none_
    GBeforeVP_none :: GPrVP_none -> GPrVPI_none -> Tree GPrVP_none_
    GByVP_none :: GPrVP_none -> GPrVPI_none -> Tree GPrVP_none_
    GComplV2_none :: GPrVP_np -> GNP -> Tree GPrVP_none_
    GComplVA_none :: GPrVP_a -> GPrAP_none -> Tree GPrVP_none_
    GComplVN_none :: GPrVP_n -> GPrCN_none -> Tree GPrVP_none_
    GComplVQ_none :: GPrVP_q -> GPrQCl_none -> Tree GPrVP_none_
    GComplVS_none :: GPrVP_s -> GPrCl_none -> Tree GPrVP_none_
    GComplVV_none :: GPrVP_v -> GPrVPI_none -> Tree GPrVP_none_
    GInOrderVP_none :: GPrVP_none -> GPrVPI_none -> Tree GPrVP_none_
    GPassUseV_none :: GAnt -> GTense -> GPol -> GPrV_np -> Tree GPrVP_none_
    GReflVP_none :: GPrVP_np -> Tree GPrVP_none_
    GUseAP_none :: GAnt -> GTense -> GPol -> GPrAP_none -> Tree GPrVP_none_
    GUseAdv_none :: GAnt -> GTense -> GPol -> GPrAdv_none -> Tree GPrVP_none_
    GUseCN_none :: GAnt -> GTense -> GPol -> GPrCN_none -> Tree GPrVP_none_
    GUseNP_none :: GAnt -> GTense -> GPol -> GNP -> Tree GPrVP_none_
    GUseQ_none :: GAnt -> GTense -> GPol -> GPrQCl_none -> Tree GPrVP_none_
    GUseS_none :: GAnt -> GTense -> GPol -> GPrCl_none -> Tree GPrVP_none_
    GUseVPC_none :: GVPC_none -> Tree GPrVP_none_
    GUseVP_none :: GAnt -> GTense -> GPol -> GPrVPI_none -> Tree GPrVP_none_
    GUseV_none :: GAnt -> GTense -> GPol -> GPrV_none -> Tree GPrVP_none_
    GWhenVP_none :: GPrVP_none -> GPrVPI_none -> Tree GPrVP_none_
    GWithoutVP_none :: GPrVP_none -> GPrVPI_none -> Tree GPrVP_none_
    GAgentPassUseV_np :: GAnt -> GTense -> GPol -> GPrV_np_np -> GNP -> Tree GPrVP_np_
    GComplVS_np :: GPrVP_s -> GPrCl_np -> Tree GPrVP_np_
    GComplVV_np :: GPrVP_v -> GPrVPI_np -> Tree GPrVP_np_
    GPassUseV_np :: GAnt -> GTense -> GPol -> GPrV_np_np -> Tree GPrVP_np_
    GReflVP2_np :: GPrVP_np_np -> Tree GPrVP_np_
    GReflVP_np :: GPrVP_np_np -> Tree GPrVP_np_
    GSlashV2A_none :: GPrVP_np_a -> GPrAP_none -> Tree GPrVP_np_
    GSlashV2N_none :: GPrVP_np_n -> GPrCN_none -> Tree GPrVP_np_
    GSlashV2Q_none :: GPrVP_np_q -> GPrQCl_none -> Tree GPrVP_np_
    GSlashV2S_none :: GPrVP_np_s -> GPrCl_none -> Tree GPrVP_np_
    GSlashV2V_none :: GPrVP_np_v -> GPrVPI_none -> Tree GPrVP_np_
    GSlashV3_none :: GPrVP_np_np -> GNP -> Tree GPrVP_np_
    GUseAP_np :: GAnt -> GTense -> GPol -> GPrAP_np -> Tree GPrVP_np_
    GUseAdv_np :: GAnt -> GTense -> GPol -> GPrAdv_np -> Tree GPrVP_np_
    GUseCN_np :: GAnt -> GTense -> GPol -> GPrCN_np -> Tree GPrVP_np_
    GUseVPC_np :: GVPC_np -> Tree GPrVP_np_
    GUseV_np :: GAnt -> GTense -> GPol -> GPrV_np -> Tree GPrVP_np_
    GUseV_np_a :: GAnt -> GTense -> GPol -> GPrV_np_a -> Tree GPrVP_np_a_
    GUseV_np_n :: GAnt -> GTense -> GPol -> GPrV_np_n -> Tree GPrVP_np_n_
    GSlashV2V_np :: GPrVP_np_v -> GPrVPI_np -> Tree GPrVP_np_np_
    GUseV_np_np :: GAnt -> GTense -> GPol -> GPrV_np_np -> Tree GPrVP_np_np_
    GUseV_np_q :: GAnt -> GTense -> GPol -> GPrV_np_q -> Tree GPrVP_np_q_
    GUseV_np_s :: GAnt -> GTense -> GPol -> GPrV_np_s -> Tree GPrVP_np_s_
    GUseV_np_v :: GAnt -> GTense -> GPol -> GPrV_np_v -> Tree GPrVP_np_v_
    GAgentPassUseV_q :: GAnt -> GTense -> GPol -> GPrV_np_q -> GNP -> Tree GPrVP_q_
    GPassUseV_q :: GAnt -> GTense -> GPol -> GPrV_np_q -> Tree GPrVP_q_
    GReflVP_q :: GPrVP_np_q -> Tree GPrVP_q_
    GUseV_q :: GAnt -> GTense -> GPol -> GPrV_q -> Tree GPrVP_q_
    GAgentPassUseV_s :: GAnt -> GTense -> GPol -> GPrV_np_s -> GNP -> Tree GPrVP_s_
    GPassUseV_s :: GAnt -> GTense -> GPol -> GPrV_np_s -> Tree GPrVP_s_
    GReflVP_s :: GPrVP_np_s -> Tree GPrVP_s_
    GUseV_s :: GAnt -> GTense -> GPol -> GPrV_s -> Tree GPrVP_s_
    GAgentPassUseV_v :: GAnt -> GTense -> GPol -> GPrV_np_v -> GNP -> Tree GPrVP_v_
    GPassUseV_v :: GAnt -> GTense -> GPol -> GPrV_np_v -> Tree GPrVP_v_
    GReflVP_v :: GPrVP_np_v -> Tree GPrVP_v_
    GUseV_v :: GAnt -> GTense -> GPol -> GPrV_v -> Tree GPrVP_v_
    GLiftVA :: GVA -> Tree GPrV_a_
    GLiftVN :: GVA -> Tree GPrV_n_
    GLiftV :: GV -> Tree GPrV_none_
    GLiftV2 :: GV2 -> Tree GPrV_np_
    GLiftV2A :: GV2A -> Tree GPrV_np_a_
    GLiftV2N :: GV2A -> Tree GPrV_np_n_
    GLiftV3 :: GV3 -> Tree GPrV_np_np_
    GLiftV2Q :: GV2Q -> Tree GPrV_np_q_
    GLiftV2S :: GV2S -> Tree GPrV_np_s_
    GLiftV2V :: GV2V -> Tree GPrV_np_v_
    GLiftVQ :: GVQ -> Tree GPrV_q_
    GLiftVS :: GVS -> Tree GPrV_s_
    GLiftVV :: GVV -> Tree GPrV_v_
    GQuestCl :: GCl -> Tree GQCl_
    GQuestIAdv :: GIAdv -> GCl -> Tree GQCl_
    GQuestIComp :: GIComp -> GNP -> Tree GQCl_
    GQuestQVP :: GIP -> GQVP -> Tree GQCl_
    GQuestSlash :: GIP -> GClSlash -> Tree GQCl_
    GQuestVP :: GIP -> GVP -> Tree GQCl_
    GUseQCl :: GTemp -> GPol -> GQCl -> Tree GQS_
    GAddAdvQVP :: GQVP -> GIAdv -> Tree GQVP_
    GAdvQVP :: GVP -> GIAdv -> Tree GQVP_
    GComplSlashIP :: GVPSlash -> GIP -> Tree GQVP_
    GDefArt :: Tree GQuant_
    GGenNP :: GNP -> Tree GQuant_
    GIndefArt :: Tree GQuant_
    GPossPron :: GPron -> Tree GQuant_
    GEmptyRelSlash :: GClSlash -> Tree GRCl_
    GRelCl :: GCl -> Tree GRCl_
    GRelSlash :: GRP -> GClSlash -> Tree GRCl_
    GRelVP :: GRP -> GVP -> Tree GRCl_
    GFunRP :: GPrep -> GNP -> GRP -> Tree GRP_
    GGenRP :: GNum -> GCN -> Tree GRP_
    GIdRP :: Tree GRP_
    Gthat_RP :: Tree GRP_
    Gwho_RP :: Tree GRP_
    GConjRS :: GConj -> GListRS -> Tree GRS_
    GPastPartRS :: GAnt -> GPol -> GVPSlash -> Tree GRS_
    GPresPartRS :: GAnt -> GPol -> GVP -> Tree GRS_
    GRelCl_none :: GPrCl_none -> Tree GRS_
    GRelSlash_none :: GRP -> GPrCl_np -> Tree GRS_
    GRelVP_none :: GRP -> GPrVP_none -> Tree GRS_
    GUseRCl :: GTemp -> GPol -> GRCl -> Tree GRS_
    GAdvS :: GAdv -> GS -> Tree GS_
    GConjS :: GConj -> GListS -> Tree GS_
    GExtAdvS :: GAdv -> GS -> Tree GS_
    GPredVPS :: GNP -> GVPS -> Tree GS_
    GRelS :: GS -> GRS -> Tree GS_
    GSSubjS :: GS -> GSubj -> GS -> Tree GS_
    GUseCl :: GTemp -> GPol -> GCl -> Tree GS_
    GEmbedQS :: GQS -> Tree GSC_
    GEmbedS :: GS -> Tree GSC_
    GEmbedVP :: GVP -> Tree GSC_
    GUseSlash :: GTemp -> GPol -> GClSlash -> Tree GSSlash_
    GMkSymb :: GString -> Tree GSymb_
    GTTAnt :: GTense -> GAnt -> Tree GTemp_
    GTCond :: Tree GTense_
    GTFut :: Tree GTense_
    GTPast :: Tree GTense_
    GTPres :: Tree GTense_
    GPrImpPl :: GPrVP_none -> Tree GUtt_
    GPrImpSg :: GPrVP_none -> Tree GUtt_
    GUttAP :: GAP -> Tree GUtt_
    GUttAdV :: GAdV -> Tree GUtt_
    GUttAdv :: GAdv -> Tree GUtt_
    GUttCN :: GCN -> Tree GUtt_
    GUttCard :: GCard -> Tree GUtt_
    GUttIAdv :: GIAdv -> Tree GUtt_
    GUttIP :: GIP -> Tree GUtt_
    GUttImpPl :: GPol -> GImp -> Tree GUtt_
    GUttImpPol :: GPol -> GImp -> Tree GUtt_
    GUttImpSg :: GPol -> GImp -> Tree GUtt_
    GUttInterj :: GInterj -> Tree GUtt_
    GUttNP :: GNP -> Tree GUtt_
    GUttPrS :: GPrS -> Tree GUtt_
    GUttQS :: GQS -> Tree GUtt_
    GUttS :: GS -> Tree GUtt_
    GUttVP :: GVP -> Tree GUtt_
    GAdVVP :: GAdV -> GVP -> Tree GVP_
    GAdvVP :: GVP -> GAdv -> Tree GVP_
    GComplBareVS :: GVS -> GS -> Tree GVP_
    GComplSlash :: GVPSlash -> GNP -> Tree GVP_
    GComplSlashPartLast :: GVPSlash -> GNP -> Tree GVP_
    GComplVA :: GVA -> GAP -> Tree GVP_
    GComplVPIVV :: GVV -> GVPI -> Tree GVP_
    GComplVQ :: GVQ -> GQS -> Tree GVP_
    GComplVS :: GVS -> GS -> Tree GVP_
    GComplVV :: GVV -> GAnt -> GPol -> GVP -> Tree GVP_
    GExtAdvVP :: GVP -> GAdv -> Tree GVP_
    GPassAgentVPSlash :: GVPSlash -> GNP -> Tree GVP_
    GPassVPSlash :: GVPSlash -> Tree GVP_
    GProgrVP :: GVP -> Tree GVP_
    GReflVP :: GVPSlash -> Tree GVP_
    GSelfAdVVP :: GVP -> Tree GVP_
    GSelfAdvVP :: GVP -> Tree GVP_
    GUseComp :: GComp -> Tree GVP_
    GUseV :: GV -> Tree GVP_
    GContVPC_none :: GPrVP_none -> GVPC_none -> Tree GVPC_none_
    GStartVPC_none :: GConj -> GPrVP_none -> GPrVP_none -> Tree GVPC_none_
    GContVPC_np :: GPrVP_np -> GVPC_np -> Tree GVPC_np_
    GStartVPC_np :: GConj -> GPrVP_np -> GPrVP_np -> Tree GVPC_np_
    GConjVPI :: GConj -> GListVPI -> Tree GVPI_
    GMkVPI :: GVP -> Tree GVPI_
    GConjVPS :: GConj -> GListVPS -> Tree GVPS_
    GMkVPS :: GTemp -> GPol -> GVP -> Tree GVPS_
    GAdVVPSlash :: GAdV -> GVPSlash -> Tree GVPSlash_
    GAdvVPSlash :: GVPSlash -> GAdv -> Tree GVPSlash_
    GSlash2V3 :: GV3 -> GNP -> Tree GVPSlash_
    GSlash3V3 :: GV3 -> GNP -> Tree GVPSlash_
    GSlashBareV2S :: GV2S -> GS -> Tree GVPSlash_
    GSlashSlashV2V :: GV2V -> GAnt -> GPol -> GVPSlash -> Tree GVPSlash_
    GSlashV2A :: GV2A -> GAP -> Tree GVPSlash_
    GSlashV2Q :: GV2Q -> GQS -> Tree GVPSlash_
    GSlashV2S :: GV2S -> GS -> Tree GVPSlash_
    GSlashV2V :: GV2V -> GAnt -> GPol -> GVP -> Tree GVPSlash_
    GSlashV2VNP :: GV2V -> GNP -> GVPSlash -> Tree GVPSlash_
    GSlashV2a :: GV2 -> Tree GVPSlash_
    GSlashVPIV2V :: GV2V -> GPol -> GVPI -> Tree GVPSlash_
    GSlashVV :: GVV -> GVPSlash -> Tree GVPSlash_
    GVPSlashPrep :: GVP -> GPrep -> Tree GVPSlash_
    GVPSlashVS :: GVS -> GVP -> Tree GVPSlash_
    GNoVoc :: Tree GVoc_
    GVocNP :: GNP -> Tree GVoc_
    GString :: String -> Tree GString_
    GInt :: Int -> Tree GInt_
    GFloat :: Double -> Tree GFloat_
  
  instance Eq (Tree a) where
    i == j = case (i,j) of
      (GAdAP x1 x2,GAdAP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAdjOrd x1,GAdjOrd y1) -> and [ x1 == y1 ]
      (GAdvAP x1 x2,GAdvAP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GCAdvAP x1 x2 x3,GCAdvAP y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GComparA x1 x2,GComparA y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplA2 x1 x2,GComplA2 y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GConjAP x1 x2,GConjAP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GGerundAP x1,GGerundAP y1) -> and [ x1 == y1 ]
      (GPastPartAP x1,GPastPartAP y1) -> and [ x1 == y1 ]
      (GPositA x1,GPositA y1) -> and [ x1 == y1 ]
      (GReflA2 x1,GReflA2 y1) -> and [ x1 == y1 ]
      (GSentAP x1 x2,GSentAP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUseA2 x1,GUseA2 y1) -> and [ x1 == y1 ]
      (GUseComparA x1,GUseComparA y1) -> and [ x1 == y1 ]
      (GPositAdAAdj x1,GPositAdAAdj y1) -> and [ x1 == y1 ]
      (GAdnCAdv x1,GAdnCAdv y1) -> and [ x1 == y1 ]
      (GAdAdV x1 x2,GAdAdV y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GConjAdV x1 x2,GConjAdV y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPositAdVAdj x1,GPositAdVAdj y1) -> and [ x1 == y1 ]
      (GAdAdv x1 x2,GAdAdv y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComparAdvAdj x1 x2 x3,GComparAdvAdj y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GComparAdvAdjS x1 x2 x3,GComparAdvAdjS y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GConjAdv x1 x2,GConjAdv y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPositAdvAdj x1,GPositAdvAdj y1) -> and [ x1 == y1 ]
      (GPrepNP x1 x2,GPrepNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSubjS x1 x2,GSubjS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAAnter,GAAnter) -> and [ ]
      (GASimul,GASimul) -> and [ ]
      (GAdjCN x1 x2,GAdjCN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAdvCN x1 x2,GAdvCN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAppAPCN x1 x2,GAppAPCN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GApposCN x1 x2,GApposCN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplN2 x1 x2,GComplN2 y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GCompoundCN x1 x2 x3,GCompoundCN y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GConjCN x1 x2,GConjCN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPartNP x1 x2,GPartNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPossNP x1 x2,GPossNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GRelCN x1 x2,GRelCN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSentCN x1 x2,GSentCN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUseN x1,GUseN y1) -> and [ x1 == y1 ]
      (GUseN2 x1,GUseN2 y1) -> and [ x1 == y1 ]
      (GAdNum x1 x2,GAdNum y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GNumDigits x1,GNumDigits y1) -> and [ x1 == y1 ]
      (GNumNumeral x1,GNumNumeral y1) -> and [ x1 == y1 ]
      (GExistNP x1,GExistNP y1) -> and [ x1 == y1 ]
      (GPredSCVP x1 x2,GPredSCVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPredVP x1 x2,GPredVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPredVPosv x1 x2,GPredVPosv y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPredVPovs x1 x2,GPredVPovs y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GContClC_none x1 x2,GContClC_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GStartClC_none x1 x2 x3,GStartClC_none y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GContClC_np x1 x2,GContClC_np y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GStartClC_np x1 x2 x3,GStartClC_np y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GAdvSlash x1 x2,GAdvSlash y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashPrep x1 x2,GSlashPrep y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashVP x1 x2,GSlashVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashVS x1 x2 x3,GSlashVS y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GCompAP x1,GCompAP y1) -> and [ x1 == y1 ]
      (GCompAdv x1,GCompAdv y1) -> and [ x1 == y1 ]
      (GCompCN x1,GCompCN y1) -> and [ x1 == y1 ]
      (GCompNP x1,GCompNP y1) -> and [ x1 == y1 ]
      (GCompQS x1,GCompQS y1) -> and [ x1 == y1 ]
      (GCompS x1,GCompS y1) -> and [ x1 == y1 ]
      (GCompVP x1 x2 x3,GCompVP y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GDetQuant x1 x2,GDetQuant y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GDetQuantOrd x1 x2 x3,GDetQuantOrd y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GAdvIAdv x1 x2,GAdvIAdv y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GConjIAdv x1 x2,GConjIAdv y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPrepIP x1 x2,GPrepIP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GCompIAdv x1,GCompIAdv y1) -> and [ x1 == y1 ]
      (GCompIP x1,GCompIP y1) -> and [ x1 == y1 ]
      (GIdetQuant x1 x2,GIdetQuant y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAdvIP x1 x2,GAdvIP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GIdetCN x1 x2,GIdetCN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GIdetIP x1,GIdetIP y1) -> and [ x1 == y1 ]
      (GImpVP x1,GImpVP y1) -> and [ x1 == y1 ]
      (GListAP x1,GListAP y1) -> and [x == y | (x,y) <- zip x1 y1]
      (GListAdV x1,GListAdV y1) -> and [x == y | (x,y) <- zip x1 y1]
      (GListAdv x1,GListAdv y1) -> and [x == y | (x,y) <- zip x1 y1]
      (GListCN x1,GListCN y1) -> and [x == y | (x,y) <- zip x1 y1]
      (GListIAdv x1,GListIAdv y1) -> and [x == y | (x,y) <- zip x1 y1]
      (GListNP x1,GListNP y1) -> and [x == y | (x,y) <- zip x1 y1]
      (GListRS x1,GListRS y1) -> and [x == y | (x,y) <- zip x1 y1]
      (GListS x1,GListS y1) -> and [x == y | (x,y) <- zip x1 y1]
      (GListVPI x1,GListVPI y1) -> and [x == y | (x,y) <- zip x1 y1]
      (GListVPS x1,GListVPS y1) -> and [x == y | (x,y) <- zip x1 y1]
      (GDashCN x1 x2,GDashCN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GGerundN x1,GGerundN y1) -> and [ x1 == y1 ]
      (GComplN3 x1 x2,GComplN3 y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUse2N3 x1,GUse2N3 y1) -> and [ x1 == y1 ]
      (GUse3N3 x1,GUse3N3 y1) -> and [ x1 == y1 ]
      (GAdvNP x1 x2,GAdvNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GApposNP x1 x2,GApposNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GCNNumNP x1 x2,GCNNumNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GConjNP x1 x2,GConjNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GCountNP x1 x2,GCountNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GDetCN x1 x2,GDetCN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GDetNP x1,GDetNP y1) -> and [ x1 == y1 ]
      (GExtAdvNP x1 x2,GExtAdvNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GMassNP x1,GMassNP y1) -> and [ x1 == y1 ]
      (GNomVPNP_none x1,GNomVPNP_none y1) -> and [ x1 == y1 ]
      (GPPartNP x1 x2,GPPartNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPredetNP x1 x2,GPredetNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GRelNP x1 x2,GRelNP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSelfNP x1,GSelfNP y1) -> and [ x1 == y1 ]
      (GUsePN x1,GUsePN y1) -> and [ x1 == y1 ]
      (GUsePron x1,GUsePron y1) -> and [ x1 == y1 ]
      (GUseQuantPN x1 x2,GUseQuantPN y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (Gherself_NP,Gherself_NP) -> and [ ]
      (Ghimself_NP,Ghimself_NP) -> and [ ]
      (Gitself_NP,Gitself_NP) -> and [ ]
      (Gmyself_NP,Gmyself_NP) -> and [ ]
      (Gourselves_NP,Gourselves_NP) -> and [ ]
      (Gthemselves_NP,Gthemselves_NP) -> and [ ]
      (GyourselfPl_NP,GyourselfPl_NP) -> and [ ]
      (GyourselfSg_NP,GyourselfSg_NP) -> and [ ]
      (GNumCard x1,GNumCard y1) -> and [ x1 == y1 ]
      (GNumPl,GNumPl) -> and [ ]
      (GNumSg,GNumSg) -> and [ ]
      (GOrdCompar x1,GOrdCompar y1) -> and [ x1 == y1 ]
      (GOrdDigits x1,GOrdDigits y1) -> and [ x1 == y1 ]
      (GOrdNumeral x1,GOrdNumeral y1) -> and [ x1 == y1 ]
      (GOrdSuperl x1,GOrdSuperl y1) -> and [ x1 == y1 ]
      (GNoPConj,GNoPConj) -> and [ ]
      (GPConjConj x1,GPConjConj y1) -> and [ x1 == y1 ]
      (GSymbPN x1,GSymbPN y1) -> and [ x1 == y1 ]
      (GPhrUtt x1 x2 x3,GPhrUtt y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GPNeg,GPNeg) -> and [ ]
      (GPPos,GPPos) -> and [ ]
      (GAgentPastPartAP_none x1 x2,GAgentPastPartAP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GLiftAP x1,GLiftAP y1) -> and [ x1 == y1 ]
      (GPastPartAP_none x1,GPastPartAP_none y1) -> and [ x1 == y1 ]
      (GPresPartAP_none x1,GPresPartAP_none y1) -> and [ x1 == y1 ]
      (GLiftA2 x1,GLiftA2 y1) -> and [ x1 == y1 ]
      (GPresPartAP_np x1,GPresPartAP_np y1) -> and [ x1 == y1 ]
      (GComplAdv_none x1 x2,GComplAdv_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GLiftAdV x1,GLiftAdV y1) -> and [ x1 == y1 ]
      (GLiftAdv x1,GLiftAdv y1) -> and [ x1 == y1 ]
      (GLiftPrep x1,GLiftPrep y1) -> and [ x1 == y1 ]
      (GLiftCN x1,GLiftCN y1) -> and [ x1 == y1 ]
      (GLiftN2 x1,GLiftN2 y1) -> and [ x1 == y1 ]
      (GAdvCl_none x1 x2,GAdvCl_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPredVP_none x1 x2,GPredVP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashClNP_none x1 x2,GSlashClNP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUseClC_none x1,GUseClC_none y1) -> and [ x1 == y1 ]
      (GAdvCl_np x1 x2,GAdvCl_np y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPredVP_np x1 x2,GPredVP_np y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUseClC_np x1,GUseClC_np y1) -> and [ x1 == y1 ]
      (GAdvQCl_none x1 x2,GAdvQCl_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GQuestCl_none x1,GQuestCl_none y1) -> and [ x1 == y1 ]
      (GQuestIAdv_none x1 x2,GQuestIAdv_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GQuestIComp_none x1 x2 x3 x4 x5,GQuestIComp_none y1 y2 y3 y4 y5) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 , x5 == y5 ]
      (GQuestSlash_none x1 x2,GQuestSlash_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GQuestVP_none x1 x2,GQuestVP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAdvQCl_np x1 x2,GAdvQCl_np y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GQuestCl_np x1,GQuestCl_np y1) -> and [ x1 == y1 ]
      (GUseAdvCl_none x1 x2,GUseAdvCl_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUseCl_none x1,GUseCl_none y1) -> and [ x1 == y1 ]
      (GUseQCl_none x1,GUseQCl_none y1) -> and [ x1 == y1 ]
      (GInfVP_none x1,GInfVP_none y1) -> and [ x1 == y1 ]
      (GInfVP_np x1,GInfVP_np y1) -> and [ x1 == y1 ]
      (GAgentPassUseV_a x1 x2 x3 x4 x5,GAgentPassUseV_a y1 y2 y3 y4 y5) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 , x5 == y5 ]
      (GPassUseV_a x1 x2 x3 x4,GPassUseV_a y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GReflVP_a x1,GReflVP_a y1) -> and [ x1 == y1 ]
      (GUseV_a x1 x2 x3 x4,GUseV_a y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GAgentPassUseV_n x1 x2 x3 x4 x5,GAgentPassUseV_n y1 y2 y3 y4 y5) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 , x5 == y5 ]
      (GPassUseV_n x1 x2 x3 x4,GPassUseV_n y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GReflVP_n x1,GReflVP_n y1) -> and [ x1 == y1 ]
      (GUseV_n x1 x2 x3 x4,GUseV_n y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GAfterVP_none x1 x2,GAfterVP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAgentPassUseV_none x1 x2 x3 x4 x5,GAgentPassUseV_none y1 y2 y3 y4 y5) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 , x5 == y5 ]
      (GBeforeVP_none x1 x2,GBeforeVP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GByVP_none x1 x2,GByVP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplV2_none x1 x2,GComplV2_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVA_none x1 x2,GComplVA_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVN_none x1 x2,GComplVN_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVQ_none x1 x2,GComplVQ_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVS_none x1 x2,GComplVS_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVV_none x1 x2,GComplVV_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GInOrderVP_none x1 x2,GInOrderVP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPassUseV_none x1 x2 x3 x4,GPassUseV_none y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GReflVP_none x1,GReflVP_none y1) -> and [ x1 == y1 ]
      (GUseAP_none x1 x2 x3 x4,GUseAP_none y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseAdv_none x1 x2 x3 x4,GUseAdv_none y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseCN_none x1 x2 x3 x4,GUseCN_none y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseNP_none x1 x2 x3 x4,GUseNP_none y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseQ_none x1 x2 x3 x4,GUseQ_none y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseS_none x1 x2 x3 x4,GUseS_none y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseVPC_none x1,GUseVPC_none y1) -> and [ x1 == y1 ]
      (GUseVP_none x1 x2 x3 x4,GUseVP_none y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseV_none x1 x2 x3 x4,GUseV_none y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GWhenVP_none x1 x2,GWhenVP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GWithoutVP_none x1 x2,GWithoutVP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAgentPassUseV_np x1 x2 x3 x4 x5,GAgentPassUseV_np y1 y2 y3 y4 y5) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 , x5 == y5 ]
      (GComplVS_np x1 x2,GComplVS_np y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVV_np x1 x2,GComplVV_np y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPassUseV_np x1 x2 x3 x4,GPassUseV_np y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GReflVP2_np x1,GReflVP2_np y1) -> and [ x1 == y1 ]
      (GReflVP_np x1,GReflVP_np y1) -> and [ x1 == y1 ]
      (GSlashV2A_none x1 x2,GSlashV2A_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashV2N_none x1 x2,GSlashV2N_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashV2Q_none x1 x2,GSlashV2Q_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashV2S_none x1 x2,GSlashV2S_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashV2V_none x1 x2,GSlashV2V_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashV3_none x1 x2,GSlashV3_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUseAP_np x1 x2 x3 x4,GUseAP_np y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseAdv_np x1 x2 x3 x4,GUseAdv_np y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseCN_np x1 x2 x3 x4,GUseCN_np y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseVPC_np x1,GUseVPC_np y1) -> and [ x1 == y1 ]
      (GUseV_np x1 x2 x3 x4,GUseV_np y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseV_np_a x1 x2 x3 x4,GUseV_np_a y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseV_np_n x1 x2 x3 x4,GUseV_np_n y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GSlashV2V_np x1 x2,GSlashV2V_np y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUseV_np_np x1 x2 x3 x4,GUseV_np_np y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseV_np_q x1 x2 x3 x4,GUseV_np_q y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseV_np_s x1 x2 x3 x4,GUseV_np_s y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GUseV_np_v x1 x2 x3 x4,GUseV_np_v y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GAgentPassUseV_q x1 x2 x3 x4 x5,GAgentPassUseV_q y1 y2 y3 y4 y5) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 , x5 == y5 ]
      (GPassUseV_q x1 x2 x3 x4,GPassUseV_q y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GReflVP_q x1,GReflVP_q y1) -> and [ x1 == y1 ]
      (GUseV_q x1 x2 x3 x4,GUseV_q y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GAgentPassUseV_s x1 x2 x3 x4 x5,GAgentPassUseV_s y1 y2 y3 y4 y5) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 , x5 == y5 ]
      (GPassUseV_s x1 x2 x3 x4,GPassUseV_s y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GReflVP_s x1,GReflVP_s y1) -> and [ x1 == y1 ]
      (GUseV_s x1 x2 x3 x4,GUseV_s y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GAgentPassUseV_v x1 x2 x3 x4 x5,GAgentPassUseV_v y1 y2 y3 y4 y5) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 , x5 == y5 ]
      (GPassUseV_v x1 x2 x3 x4,GPassUseV_v y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GReflVP_v x1,GReflVP_v y1) -> and [ x1 == y1 ]
      (GUseV_v x1 x2 x3 x4,GUseV_v y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GLiftVA x1,GLiftVA y1) -> and [ x1 == y1 ]
      (GLiftVN x1,GLiftVN y1) -> and [ x1 == y1 ]
      (GLiftV x1,GLiftV y1) -> and [ x1 == y1 ]
      (GLiftV2 x1,GLiftV2 y1) -> and [ x1 == y1 ]
      (GLiftV2A x1,GLiftV2A y1) -> and [ x1 == y1 ]
      (GLiftV2N x1,GLiftV2N y1) -> and [ x1 == y1 ]
      (GLiftV3 x1,GLiftV3 y1) -> and [ x1 == y1 ]
      (GLiftV2Q x1,GLiftV2Q y1) -> and [ x1 == y1 ]
      (GLiftV2S x1,GLiftV2S y1) -> and [ x1 == y1 ]
      (GLiftV2V x1,GLiftV2V y1) -> and [ x1 == y1 ]
      (GLiftVQ x1,GLiftVQ y1) -> and [ x1 == y1 ]
      (GLiftVS x1,GLiftVS y1) -> and [ x1 == y1 ]
      (GLiftVV x1,GLiftVV y1) -> and [ x1 == y1 ]
      (GQuestCl x1,GQuestCl y1) -> and [ x1 == y1 ]
      (GQuestIAdv x1 x2,GQuestIAdv y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GQuestIComp x1 x2,GQuestIComp y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GQuestQVP x1 x2,GQuestQVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GQuestSlash x1 x2,GQuestSlash y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GQuestVP x1 x2,GQuestVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUseQCl x1 x2 x3,GUseQCl y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GAddAdvQVP x1 x2,GAddAdvQVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAdvQVP x1 x2,GAdvQVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplSlashIP x1 x2,GComplSlashIP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GDefArt,GDefArt) -> and [ ]
      (GGenNP x1,GGenNP y1) -> and [ x1 == y1 ]
      (GIndefArt,GIndefArt) -> and [ ]
      (GPossPron x1,GPossPron y1) -> and [ x1 == y1 ]
      (GEmptyRelSlash x1,GEmptyRelSlash y1) -> and [ x1 == y1 ]
      (GRelCl x1,GRelCl y1) -> and [ x1 == y1 ]
      (GRelSlash x1 x2,GRelSlash y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GRelVP x1 x2,GRelVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GFunRP x1 x2 x3,GFunRP y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GGenRP x1 x2,GGenRP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GIdRP,GIdRP) -> and [ ]
      (Gthat_RP,Gthat_RP) -> and [ ]
      (Gwho_RP,Gwho_RP) -> and [ ]
      (GConjRS x1 x2,GConjRS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPastPartRS x1 x2 x3,GPastPartRS y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GPresPartRS x1 x2 x3,GPresPartRS y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GRelCl_none x1,GRelCl_none y1) -> and [ x1 == y1 ]
      (GRelSlash_none x1 x2,GRelSlash_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GRelVP_none x1 x2,GRelVP_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUseRCl x1 x2 x3,GUseRCl y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GAdvS x1 x2,GAdvS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GConjS x1 x2,GConjS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GExtAdvS x1 x2,GExtAdvS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPredVPS x1 x2,GPredVPS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GRelS x1 x2,GRelS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSSubjS x1 x2 x3,GSSubjS y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GUseCl x1 x2 x3,GUseCl y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GEmbedQS x1,GEmbedQS y1) -> and [ x1 == y1 ]
      (GEmbedS x1,GEmbedS y1) -> and [ x1 == y1 ]
      (GEmbedVP x1,GEmbedVP y1) -> and [ x1 == y1 ]
      (GUseSlash x1 x2 x3,GUseSlash y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GMkSymb x1,GMkSymb y1) -> and [ x1 == y1 ]
      (GTTAnt x1 x2,GTTAnt y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GTCond,GTCond) -> and [ ]
      (GTFut,GTFut) -> and [ ]
      (GTPast,GTPast) -> and [ ]
      (GTPres,GTPres) -> and [ ]
      (GPrImpPl x1,GPrImpPl y1) -> and [ x1 == y1 ]
      (GPrImpSg x1,GPrImpSg y1) -> and [ x1 == y1 ]
      (GUttAP x1,GUttAP y1) -> and [ x1 == y1 ]
      (GUttAdV x1,GUttAdV y1) -> and [ x1 == y1 ]
      (GUttAdv x1,GUttAdv y1) -> and [ x1 == y1 ]
      (GUttCN x1,GUttCN y1) -> and [ x1 == y1 ]
      (GUttCard x1,GUttCard y1) -> and [ x1 == y1 ]
      (GUttIAdv x1,GUttIAdv y1) -> and [ x1 == y1 ]
      (GUttIP x1,GUttIP y1) -> and [ x1 == y1 ]
      (GUttImpPl x1 x2,GUttImpPl y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUttImpPol x1 x2,GUttImpPol y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUttImpSg x1 x2,GUttImpSg y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GUttInterj x1,GUttInterj y1) -> and [ x1 == y1 ]
      (GUttNP x1,GUttNP y1) -> and [ x1 == y1 ]
      (GUttPrS x1,GUttPrS y1) -> and [ x1 == y1 ]
      (GUttQS x1,GUttQS y1) -> and [ x1 == y1 ]
      (GUttS x1,GUttS y1) -> and [ x1 == y1 ]
      (GUttVP x1,GUttVP y1) -> and [ x1 == y1 ]
      (GAdVVP x1 x2,GAdVVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAdvVP x1 x2,GAdvVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplBareVS x1 x2,GComplBareVS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplSlash x1 x2,GComplSlash y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplSlashPartLast x1 x2,GComplSlashPartLast y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVA x1 x2,GComplVA y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVPIVV x1 x2,GComplVPIVV y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVQ x1 x2,GComplVQ y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVS x1 x2,GComplVS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GComplVV x1 x2 x3 x4,GComplVV y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GExtAdvVP x1 x2,GExtAdvVP y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPassAgentVPSlash x1 x2,GPassAgentVPSlash y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GPassVPSlash x1,GPassVPSlash y1) -> and [ x1 == y1 ]
      (GProgrVP x1,GProgrVP y1) -> and [ x1 == y1 ]
      (GReflVP x1,GReflVP y1) -> and [ x1 == y1 ]
      (GSelfAdVVP x1,GSelfAdVVP y1) -> and [ x1 == y1 ]
      (GSelfAdvVP x1,GSelfAdvVP y1) -> and [ x1 == y1 ]
      (GUseComp x1,GUseComp y1) -> and [ x1 == y1 ]
      (GUseV x1,GUseV y1) -> and [ x1 == y1 ]
      (GContVPC_none x1 x2,GContVPC_none y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GStartVPC_none x1 x2 x3,GStartVPC_none y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GContVPC_np x1 x2,GContVPC_np y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GStartVPC_np x1 x2 x3,GStartVPC_np y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GConjVPI x1 x2,GConjVPI y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GMkVPI x1,GMkVPI y1) -> and [ x1 == y1 ]
      (GConjVPS x1 x2,GConjVPS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GMkVPS x1 x2 x3,GMkVPS y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GAdVVPSlash x1 x2,GAdVVPSlash y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GAdvVPSlash x1 x2,GAdvVPSlash y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlash2V3 x1 x2,GSlash2V3 y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlash3V3 x1 x2,GSlash3V3 y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashBareV2S x1 x2,GSlashBareV2S y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashSlashV2V x1 x2 x3 x4,GSlashSlashV2V y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GSlashV2A x1 x2,GSlashV2A y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashV2Q x1 x2,GSlashV2Q y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashV2S x1 x2,GSlashV2S y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GSlashV2V x1 x2 x3 x4,GSlashV2V y1 y2 y3 y4) -> and [ x1 == y1 , x2 == y2 , x3 == y3 , x4 == y4 ]
      (GSlashV2VNP x1 x2 x3,GSlashV2VNP y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GSlashV2a x1,GSlashV2a y1) -> and [ x1 == y1 ]
      (GSlashVPIV2V x1 x2 x3,GSlashVPIV2V y1 y2 y3) -> and [ x1 == y1 , x2 == y2 , x3 == y3 ]
      (GSlashVV x1 x2,GSlashVV y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GVPSlashPrep x1 x2,GVPSlashPrep y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GVPSlashVS x1 x2,GVPSlashVS y1 y2) -> and [ x1 == y1 , x2 == y2 ]
      (GNoVoc,GNoVoc) -> and [ ]
      (GVocNP x1,GVocNP y1) -> and [ x1 == y1 ]
      (GString x, GString y) -> x == y
      (GInt x, GInt y) -> x == y
      (GFloat x, GFloat y) -> x == y
      _ -> False
  
  instance Gf GAP where
    gf (GAdAP x1 x2) = mkApp (mkCId "AdAP") [gf x1, gf x2]
    gf (GAdjOrd x1) = mkApp (mkCId "AdjOrd") [gf x1]
    gf (GAdvAP x1 x2) = mkApp (mkCId "AdvAP") [gf x1, gf x2]
    gf (GCAdvAP x1 x2 x3) = mkApp (mkCId "CAdvAP") [gf x1, gf x2, gf x3]
    gf (GComparA x1 x2) = mkApp (mkCId "ComparA") [gf x1, gf x2]
    gf (GComplA2 x1 x2) = mkApp (mkCId "ComplA2") [gf x1, gf x2]
    gf (GConjAP x1 x2) = mkApp (mkCId "ConjAP") [gf x1, gf x2]
    gf (GGerundAP x1) = mkApp (mkCId "GerundAP") [gf x1]
    gf (GPastPartAP x1) = mkApp (mkCId "PastPartAP") [gf x1]
    gf (GPositA x1) = mkApp (mkCId "PositA") [gf x1]
    gf (GReflA2 x1) = mkApp (mkCId "ReflA2") [gf x1]
    gf (GSentAP x1 x2) = mkApp (mkCId "SentAP") [gf x1, gf x2]
    gf (GUseA2 x1) = mkApp (mkCId "UseA2") [gf x1]
    gf (GUseComparA x1) = mkApp (mkCId "UseComparA") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdAP" -> GAdAP (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "AdjOrd" -> GAdjOrd (fg x1)
        Just (i,[x1,x2]) | i == mkCId "AdvAP" -> GAdvAP (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "CAdvAP" -> GCAdvAP (fg x1) (fg x2) (fg x3)
        Just (i,[x1,x2]) | i == mkCId "ComparA" -> GComparA (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplA2" -> GComplA2 (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ConjAP" -> GConjAP (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "GerundAP" -> GGerundAP (fg x1)
        Just (i,[x1]) | i == mkCId "PastPartAP" -> GPastPartAP (fg x1)
        Just (i,[x1]) | i == mkCId "PositA" -> GPositA (fg x1)
        Just (i,[x1]) | i == mkCId "ReflA2" -> GReflA2 (fg x1)
        Just (i,[x1,x2]) | i == mkCId "SentAP" -> GSentAP (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "UseA2" -> GUseA2 (fg x1)
        Just (i,[x1]) | i == mkCId "UseComparA" -> GUseComparA (fg x1)
  
  
        _ -> error ("no AP " ++ show t)
  
  instance Gf GAdA where
    gf (GPositAdAAdj x1) = mkApp (mkCId "PositAdAAdj") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "PositAdAAdj" -> GPositAdAAdj (fg x1)
  
  
        _ -> error ("no AdA " ++ show t)
  
  instance Gf GAdN where
    gf (GAdnCAdv x1) = mkApp (mkCId "AdnCAdv") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "AdnCAdv" -> GAdnCAdv (fg x1)
  
  
        _ -> error ("no AdN " ++ show t)
  
  instance Gf GAdV where
    gf (GAdAdV x1 x2) = mkApp (mkCId "AdAdV") [gf x1, gf x2]
    gf (GConjAdV x1 x2) = mkApp (mkCId "ConjAdV") [gf x1, gf x2]
    gf (GPositAdVAdj x1) = mkApp (mkCId "PositAdVAdj") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdAdV" -> GAdAdV (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ConjAdV" -> GConjAdV (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "PositAdVAdj" -> GPositAdVAdj (fg x1)
  
  
        _ -> error ("no AdV " ++ show t)
  
  instance Gf GAdv where
    gf (GAdAdv x1 x2) = mkApp (mkCId "AdAdv") [gf x1, gf x2]
    gf (GComparAdvAdj x1 x2 x3) = mkApp (mkCId "ComparAdvAdj") [gf x1, gf x2, gf x3]
    gf (GComparAdvAdjS x1 x2 x3) = mkApp (mkCId "ComparAdvAdjS") [gf x1, gf x2, gf x3]
    gf (GConjAdv x1 x2) = mkApp (mkCId "ConjAdv") [gf x1, gf x2]
    gf (GPositAdvAdj x1) = mkApp (mkCId "PositAdvAdj") [gf x1]
    gf (GPrepNP x1 x2) = mkApp (mkCId "PrepNP") [gf x1, gf x2]
    gf (GSubjS x1 x2) = mkApp (mkCId "SubjS") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdAdv" -> GAdAdv (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "ComparAdvAdj" -> GComparAdvAdj (fg x1) (fg x2) (fg x3)
        Just (i,[x1,x2,x3]) | i == mkCId "ComparAdvAdjS" -> GComparAdvAdjS (fg x1) (fg x2) (fg x3)
        Just (i,[x1,x2]) | i == mkCId "ConjAdv" -> GConjAdv (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "PositAdvAdj" -> GPositAdvAdj (fg x1)
        Just (i,[x1,x2]) | i == mkCId "PrepNP" -> GPrepNP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SubjS" -> GSubjS (fg x1) (fg x2)
  
  
        _ -> error ("no Adv " ++ show t)
  
  instance Gf GAnt where
    gf GAAnter = mkApp (mkCId "AAnter") []
    gf GASimul = mkApp (mkCId "ASimul") []
  
    fg t =
      case unApp t of
        Just (i,[]) | i == mkCId "AAnter" -> GAAnter 
        Just (i,[]) | i == mkCId "ASimul" -> GASimul 
  
  
        _ -> error ("no Ant " ++ show t)
  
  instance Gf GCN where
    gf (GAdjCN x1 x2) = mkApp (mkCId "AdjCN") [gf x1, gf x2]
    gf (GAdvCN x1 x2) = mkApp (mkCId "AdvCN") [gf x1, gf x2]
    gf (GAppAPCN x1 x2) = mkApp (mkCId "AppAPCN") [gf x1, gf x2]
    gf (GApposCN x1 x2) = mkApp (mkCId "ApposCN") [gf x1, gf x2]
    gf (GComplN2 x1 x2) = mkApp (mkCId "ComplN2") [gf x1, gf x2]
    gf (GCompoundCN x1 x2 x3) = mkApp (mkCId "CompoundCN") [gf x1, gf x2, gf x3]
    gf (GConjCN x1 x2) = mkApp (mkCId "ConjCN") [gf x1, gf x2]
    gf (GPartNP x1 x2) = mkApp (mkCId "PartNP") [gf x1, gf x2]
    gf (GPossNP x1 x2) = mkApp (mkCId "PossNP") [gf x1, gf x2]
    gf (GRelCN x1 x2) = mkApp (mkCId "RelCN") [gf x1, gf x2]
    gf (GSentCN x1 x2) = mkApp (mkCId "SentCN") [gf x1, gf x2]
    gf (GUseN x1) = mkApp (mkCId "UseN") [gf x1]
    gf (GUseN2 x1) = mkApp (mkCId "UseN2") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdjCN" -> GAdjCN (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "AdvCN" -> GAdvCN (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "AppAPCN" -> GAppAPCN (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ApposCN" -> GApposCN (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplN2" -> GComplN2 (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "CompoundCN" -> GCompoundCN (fg x1) (fg x2) (fg x3)
        Just (i,[x1,x2]) | i == mkCId "ConjCN" -> GConjCN (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PartNP" -> GPartNP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PossNP" -> GPossNP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "RelCN" -> GRelCN (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SentCN" -> GSentCN (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "UseN" -> GUseN (fg x1)
        Just (i,[x1]) | i == mkCId "UseN2" -> GUseN2 (fg x1)
  
  
        _ -> error ("no CN " ++ show t)
  
  instance Gf GCard where
    gf (GAdNum x1 x2) = mkApp (mkCId "AdNum") [gf x1, gf x2]
    gf (GNumDigits x1) = mkApp (mkCId "NumDigits") [gf x1]
    gf (GNumNumeral x1) = mkApp (mkCId "NumNumeral") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdNum" -> GAdNum (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "NumDigits" -> GNumDigits (fg x1)
        Just (i,[x1]) | i == mkCId "NumNumeral" -> GNumNumeral (fg x1)
  
  
        _ -> error ("no Card " ++ show t)
  
  instance Gf GCl where
    gf (GExistNP x1) = mkApp (mkCId "ExistNP") [gf x1]
    gf (GPredSCVP x1 x2) = mkApp (mkCId "PredSCVP") [gf x1, gf x2]
    gf (GPredVP x1 x2) = mkApp (mkCId "PredVP") [gf x1, gf x2]
    gf (GPredVPosv x1 x2) = mkApp (mkCId "PredVPosv") [gf x1, gf x2]
    gf (GPredVPovs x1 x2) = mkApp (mkCId "PredVPovs") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "ExistNP" -> GExistNP (fg x1)
        Just (i,[x1,x2]) | i == mkCId "PredSCVP" -> GPredSCVP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PredVP" -> GPredVP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PredVPosv" -> GPredVPosv (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PredVPovs" -> GPredVPovs (fg x1) (fg x2)
  
  
        _ -> error ("no Cl " ++ show t)
  
  instance Gf GClC_none where
    gf (GContClC_none x1 x2) = mkApp (mkCId "ContClC_none") [gf x1, gf x2]
    gf (GStartClC_none x1 x2 x3) = mkApp (mkCId "StartClC_none") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "ContClC_none" -> GContClC_none (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "StartClC_none" -> GStartClC_none (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no ClC_none " ++ show t)
  
  instance Gf GClC_np where
    gf (GContClC_np x1 x2) = mkApp (mkCId "ContClC_np") [gf x1, gf x2]
    gf (GStartClC_np x1 x2 x3) = mkApp (mkCId "StartClC_np") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "ContClC_np" -> GContClC_np (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "StartClC_np" -> GStartClC_np (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no ClC_np " ++ show t)
  
  instance Gf GClSlash where
    gf (GAdvSlash x1 x2) = mkApp (mkCId "AdvSlash") [gf x1, gf x2]
    gf (GSlashPrep x1 x2) = mkApp (mkCId "SlashPrep") [gf x1, gf x2]
    gf (GSlashVP x1 x2) = mkApp (mkCId "SlashVP") [gf x1, gf x2]
    gf (GSlashVS x1 x2 x3) = mkApp (mkCId "SlashVS") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdvSlash" -> GAdvSlash (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashPrep" -> GSlashPrep (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashVP" -> GSlashVP (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "SlashVS" -> GSlashVS (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no ClSlash " ++ show t)
  
  instance Gf GComp where
    gf (GCompAP x1) = mkApp (mkCId "CompAP") [gf x1]
    gf (GCompAdv x1) = mkApp (mkCId "CompAdv") [gf x1]
    gf (GCompCN x1) = mkApp (mkCId "CompCN") [gf x1]
    gf (GCompNP x1) = mkApp (mkCId "CompNP") [gf x1]
    gf (GCompQS x1) = mkApp (mkCId "CompQS") [gf x1]
    gf (GCompS x1) = mkApp (mkCId "CompS") [gf x1]
    gf (GCompVP x1 x2 x3) = mkApp (mkCId "CompVP") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "CompAP" -> GCompAP (fg x1)
        Just (i,[x1]) | i == mkCId "CompAdv" -> GCompAdv (fg x1)
        Just (i,[x1]) | i == mkCId "CompCN" -> GCompCN (fg x1)
        Just (i,[x1]) | i == mkCId "CompNP" -> GCompNP (fg x1)
        Just (i,[x1]) | i == mkCId "CompQS" -> GCompQS (fg x1)
        Just (i,[x1]) | i == mkCId "CompS" -> GCompS (fg x1)
        Just (i,[x1,x2,x3]) | i == mkCId "CompVP" -> GCompVP (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no Comp " ++ show t)
  
  instance Gf GDet where
    gf (GDetQuant x1 x2) = mkApp (mkCId "DetQuant") [gf x1, gf x2]
    gf (GDetQuantOrd x1 x2 x3) = mkApp (mkCId "DetQuantOrd") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "DetQuant" -> GDetQuant (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "DetQuantOrd" -> GDetQuantOrd (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no Det " ++ show t)
  
  instance Gf GIAdv where
    gf (GAdvIAdv x1 x2) = mkApp (mkCId "AdvIAdv") [gf x1, gf x2]
    gf (GConjIAdv x1 x2) = mkApp (mkCId "ConjIAdv") [gf x1, gf x2]
    gf (GPrepIP x1 x2) = mkApp (mkCId "PrepIP") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdvIAdv" -> GAdvIAdv (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ConjIAdv" -> GConjIAdv (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PrepIP" -> GPrepIP (fg x1) (fg x2)
  
  
        _ -> error ("no IAdv " ++ show t)
  
  instance Gf GIComp where
    gf (GCompIAdv x1) = mkApp (mkCId "CompIAdv") [gf x1]
    gf (GCompIP x1) = mkApp (mkCId "CompIP") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "CompIAdv" -> GCompIAdv (fg x1)
        Just (i,[x1]) | i == mkCId "CompIP" -> GCompIP (fg x1)
  
  
        _ -> error ("no IComp " ++ show t)
  
  instance Gf GIDet where
    gf (GIdetQuant x1 x2) = mkApp (mkCId "IdetQuant") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "IdetQuant" -> GIdetQuant (fg x1) (fg x2)
  
  
        _ -> error ("no IDet " ++ show t)
  
  instance Gf GIP where
    gf (GAdvIP x1 x2) = mkApp (mkCId "AdvIP") [gf x1, gf x2]
    gf (GIdetCN x1 x2) = mkApp (mkCId "IdetCN") [gf x1, gf x2]
    gf (GIdetIP x1) = mkApp (mkCId "IdetIP") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdvIP" -> GAdvIP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "IdetCN" -> GIdetCN (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "IdetIP" -> GIdetIP (fg x1)
  
  
        _ -> error ("no IP " ++ show t)
  
  instance Gf GImp where
    gf (GImpVP x1) = mkApp (mkCId "ImpVP") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "ImpVP" -> GImpVP (fg x1)
  
  
        _ -> error ("no Imp " ++ show t)
  
  instance Gf GListAP where
    gf (GListAP [x1,x2]) = mkApp (mkCId "BaseAP") [gf x1, gf x2]
    gf (GListAP (x:xs)) = mkApp (mkCId "ConsAP") [gf x, gf (GListAP xs)]
    fg t =
      GListAP (fgs t) where
       fgs t = case unApp t of
        Just (i,[x1,x2]) | i == mkCId "BaseAP" -> [fg x1, fg x2]
        Just (i,[x1,x2]) | i == mkCId "ConsAP" -> fg x1 : fgs x2
  
  
        _ -> error ("no ListAP " ++ show t)
  
  instance Gf GListAdV where
    gf (GListAdV [x1,x2]) = mkApp (mkCId "BaseAdV") [gf x1, gf x2]
    gf (GListAdV (x:xs)) = mkApp (mkCId "ConsAdV") [gf x, gf (GListAdV xs)]
    fg t =
      GListAdV (fgs t) where
       fgs t = case unApp t of
        Just (i,[x1,x2]) | i == mkCId "BaseAdV" -> [fg x1, fg x2]
        Just (i,[x1,x2]) | i == mkCId "ConsAdV" -> fg x1 : fgs x2
  
  
        _ -> error ("no ListAdV " ++ show t)
  
  instance Gf GListAdv where
    gf (GListAdv [x1,x2]) = mkApp (mkCId "BaseAdv") [gf x1, gf x2]
    gf (GListAdv (x:xs)) = mkApp (mkCId "ConsAdv") [gf x, gf (GListAdv xs)]
    fg t =
      GListAdv (fgs t) where
       fgs t = case unApp t of
        Just (i,[x1,x2]) | i == mkCId "BaseAdv" -> [fg x1, fg x2]
        Just (i,[x1,x2]) | i == mkCId "ConsAdv" -> fg x1 : fgs x2
  
  
        _ -> error ("no ListAdv " ++ show t)
  
  instance Gf GListCN where
    gf (GListCN [x1,x2]) = mkApp (mkCId "BaseCN") [gf x1, gf x2]
    gf (GListCN (x:xs)) = mkApp (mkCId "ConsCN") [gf x, gf (GListCN xs)]
    fg t =
      GListCN (fgs t) where
       fgs t = case unApp t of
        Just (i,[x1,x2]) | i == mkCId "BaseCN" -> [fg x1, fg x2]
        Just (i,[x1,x2]) | i == mkCId "ConsCN" -> fg x1 : fgs x2
  
  
        _ -> error ("no ListCN " ++ show t)
  
  instance Gf GListIAdv where
    gf (GListIAdv [x1,x2]) = mkApp (mkCId "BaseIAdv") [gf x1, gf x2]
    gf (GListIAdv (x:xs)) = mkApp (mkCId "ConsIAdv") [gf x, gf (GListIAdv xs)]
    fg t =
      GListIAdv (fgs t) where
       fgs t = case unApp t of
        Just (i,[x1,x2]) | i == mkCId "BaseIAdv" -> [fg x1, fg x2]
        Just (i,[x1,x2]) | i == mkCId "ConsIAdv" -> fg x1 : fgs x2
  
  
        _ -> error ("no ListIAdv " ++ show t)
  
  instance Gf GListNP where
    gf (GListNP [x1,x2]) = mkApp (mkCId "BaseNP") [gf x1, gf x2]
    gf (GListNP (x:xs)) = mkApp (mkCId "ConsNP") [gf x, gf (GListNP xs)]
    fg t =
      GListNP (fgs t) where
       fgs t = case unApp t of
        Just (i,[x1,x2]) | i == mkCId "BaseNP" -> [fg x1, fg x2]
        Just (i,[x1,x2]) | i == mkCId "ConsNP" -> fg x1 : fgs x2
  
  
        _ -> error ("no ListNP " ++ show t)
  
  instance Gf GListRS where
    gf (GListRS [x1,x2]) = mkApp (mkCId "BaseRS") [gf x1, gf x2]
    gf (GListRS (x:xs)) = mkApp (mkCId "ConsRS") [gf x, gf (GListRS xs)]
    fg t =
      GListRS (fgs t) where
       fgs t = case unApp t of
        Just (i,[x1,x2]) | i == mkCId "BaseRS" -> [fg x1, fg x2]
        Just (i,[x1,x2]) | i == mkCId "ConsRS" -> fg x1 : fgs x2
  
  
        _ -> error ("no ListRS " ++ show t)
  
  instance Gf GListS where
    gf (GListS [x1,x2]) = mkApp (mkCId "BaseS") [gf x1, gf x2]
    gf (GListS (x:xs)) = mkApp (mkCId "ConsS") [gf x, gf (GListS xs)]
    fg t =
      GListS (fgs t) where
       fgs t = case unApp t of
        Just (i,[x1,x2]) | i == mkCId "BaseS" -> [fg x1, fg x2]
        Just (i,[x1,x2]) | i == mkCId "ConsS" -> fg x1 : fgs x2
  
  
        _ -> error ("no ListS " ++ show t)
  
  instance Gf GListVPI where
    gf (GListVPI [x1,x2]) = mkApp (mkCId "BaseVPI") [gf x1, gf x2]
    gf (GListVPI (x:xs)) = mkApp (mkCId "ConsVPI") [gf x, gf (GListVPI xs)]
    fg t =
      GListVPI (fgs t) where
       fgs t = case unApp t of
        Just (i,[x1,x2]) | i == mkCId "BaseVPI" -> [fg x1, fg x2]
        Just (i,[x1,x2]) | i == mkCId "ConsVPI" -> fg x1 : fgs x2
  
  
        _ -> error ("no ListVPI " ++ show t)
  
  instance Gf GListVPS where
    gf (GListVPS [x1,x2]) = mkApp (mkCId "BaseVPS") [gf x1, gf x2]
    gf (GListVPS (x:xs)) = mkApp (mkCId "ConsVPS") [gf x, gf (GListVPS xs)]
    fg t =
      GListVPS (fgs t) where
       fgs t = case unApp t of
        Just (i,[x1,x2]) | i == mkCId "BaseVPS" -> [fg x1, fg x2]
        Just (i,[x1,x2]) | i == mkCId "ConsVPS" -> fg x1 : fgs x2
  
  
        _ -> error ("no ListVPS " ++ show t)
  
  instance Gf GN where
    gf (GDashCN x1 x2) = mkApp (mkCId "DashCN") [gf x1, gf x2]
    gf (GGerundN x1) = mkApp (mkCId "GerundN") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "DashCN" -> GDashCN (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "GerundN" -> GGerundN (fg x1)
  
  
        _ -> error ("no N " ++ show t)
  
  instance Gf GN2 where
    gf (GComplN3 x1 x2) = mkApp (mkCId "ComplN3") [gf x1, gf x2]
    gf (GUse2N3 x1) = mkApp (mkCId "Use2N3") [gf x1]
    gf (GUse3N3 x1) = mkApp (mkCId "Use3N3") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "ComplN3" -> GComplN3 (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "Use2N3" -> GUse2N3 (fg x1)
        Just (i,[x1]) | i == mkCId "Use3N3" -> GUse3N3 (fg x1)
  
  
        _ -> error ("no N2 " ++ show t)
  
  instance Gf GNP where
    gf (GAdvNP x1 x2) = mkApp (mkCId "AdvNP") [gf x1, gf x2]
    gf (GApposNP x1 x2) = mkApp (mkCId "ApposNP") [gf x1, gf x2]
    gf (GCNNumNP x1 x2) = mkApp (mkCId "CNNumNP") [gf x1, gf x2]
    gf (GConjNP x1 x2) = mkApp (mkCId "ConjNP") [gf x1, gf x2]
    gf (GCountNP x1 x2) = mkApp (mkCId "CountNP") [gf x1, gf x2]
    gf (GDetCN x1 x2) = mkApp (mkCId "DetCN") [gf x1, gf x2]
    gf (GDetNP x1) = mkApp (mkCId "DetNP") [gf x1]
    gf (GExtAdvNP x1 x2) = mkApp (mkCId "ExtAdvNP") [gf x1, gf x2]
    gf (GMassNP x1) = mkApp (mkCId "MassNP") [gf x1]
    gf (GNomVPNP_none x1) = mkApp (mkCId "NomVPNP_none") [gf x1]
    gf (GPPartNP x1 x2) = mkApp (mkCId "PPartNP") [gf x1, gf x2]
    gf (GPredetNP x1 x2) = mkApp (mkCId "PredetNP") [gf x1, gf x2]
    gf (GRelNP x1 x2) = mkApp (mkCId "RelNP") [gf x1, gf x2]
    gf (GSelfNP x1) = mkApp (mkCId "SelfNP") [gf x1]
    gf (GUsePN x1) = mkApp (mkCId "UsePN") [gf x1]
    gf (GUsePron x1) = mkApp (mkCId "UsePron") [gf x1]
    gf (GUseQuantPN x1 x2) = mkApp (mkCId "UseQuantPN") [gf x1, gf x2]
    gf Gherself_NP = mkApp (mkCId "herself_NP") []
    gf Ghimself_NP = mkApp (mkCId "himself_NP") []
    gf Gitself_NP = mkApp (mkCId "itself_NP") []
    gf Gmyself_NP = mkApp (mkCId "myself_NP") []
    gf Gourselves_NP = mkApp (mkCId "ourselves_NP") []
    gf Gthemselves_NP = mkApp (mkCId "themselves_NP") []
    gf GyourselfPl_NP = mkApp (mkCId "yourselfPl_NP") []
    gf GyourselfSg_NP = mkApp (mkCId "yourselfSg_NP") []
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdvNP" -> GAdvNP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ApposNP" -> GApposNP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "CNNumNP" -> GCNNumNP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ConjNP" -> GConjNP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "CountNP" -> GCountNP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "DetCN" -> GDetCN (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "DetNP" -> GDetNP (fg x1)
        Just (i,[x1,x2]) | i == mkCId "ExtAdvNP" -> GExtAdvNP (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "MassNP" -> GMassNP (fg x1)
        Just (i,[x1]) | i == mkCId "NomVPNP_none" -> GNomVPNP_none (fg x1)
        Just (i,[x1,x2]) | i == mkCId "PPartNP" -> GPPartNP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PredetNP" -> GPredetNP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "RelNP" -> GRelNP (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "SelfNP" -> GSelfNP (fg x1)
        Just (i,[x1]) | i == mkCId "UsePN" -> GUsePN (fg x1)
        Just (i,[x1]) | i == mkCId "UsePron" -> GUsePron (fg x1)
        Just (i,[x1,x2]) | i == mkCId "UseQuantPN" -> GUseQuantPN (fg x1) (fg x2)
        Just (i,[]) | i == mkCId "herself_NP" -> Gherself_NP 
        Just (i,[]) | i == mkCId "himself_NP" -> Ghimself_NP 
        Just (i,[]) | i == mkCId "itself_NP" -> Gitself_NP 
        Just (i,[]) | i == mkCId "myself_NP" -> Gmyself_NP 
        Just (i,[]) | i == mkCId "ourselves_NP" -> Gourselves_NP 
        Just (i,[]) | i == mkCId "themselves_NP" -> Gthemselves_NP 
        Just (i,[]) | i == mkCId "yourselfPl_NP" -> GyourselfPl_NP 
        Just (i,[]) | i == mkCId "yourselfSg_NP" -> GyourselfSg_NP 
  
  
        _ -> error ("no NP " ++ show t)
  
  instance Gf GNum where
    gf (GNumCard x1) = mkApp (mkCId "NumCard") [gf x1]
    gf GNumPl = mkApp (mkCId "NumPl") []
    gf GNumSg = mkApp (mkCId "NumSg") []
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "NumCard" -> GNumCard (fg x1)
        Just (i,[]) | i == mkCId "NumPl" -> GNumPl 
        Just (i,[]) | i == mkCId "NumSg" -> GNumSg 
  
  
        _ -> error ("no Num " ++ show t)
  
  instance Gf GOrd where
    gf (GOrdCompar x1) = mkApp (mkCId "OrdCompar") [gf x1]
    gf (GOrdDigits x1) = mkApp (mkCId "OrdDigits") [gf x1]
    gf (GOrdNumeral x1) = mkApp (mkCId "OrdNumeral") [gf x1]
    gf (GOrdSuperl x1) = mkApp (mkCId "OrdSuperl") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "OrdCompar" -> GOrdCompar (fg x1)
        Just (i,[x1]) | i == mkCId "OrdDigits" -> GOrdDigits (fg x1)
        Just (i,[x1]) | i == mkCId "OrdNumeral" -> GOrdNumeral (fg x1)
        Just (i,[x1]) | i == mkCId "OrdSuperl" -> GOrdSuperl (fg x1)
  
  
        _ -> error ("no Ord " ++ show t)
  
  instance Gf GPConj where
    gf GNoPConj = mkApp (mkCId "NoPConj") []
    gf (GPConjConj x1) = mkApp (mkCId "PConjConj") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[]) | i == mkCId "NoPConj" -> GNoPConj 
        Just (i,[x1]) | i == mkCId "PConjConj" -> GPConjConj (fg x1)
  
  
        _ -> error ("no PConj " ++ show t)
  
  instance Gf GPN where
    gf (GSymbPN x1) = mkApp (mkCId "SymbPN") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "SymbPN" -> GSymbPN (fg x1)
  
  
        _ -> error ("no PN " ++ show t)
  
  instance Gf GPhr where
    gf (GPhrUtt x1 x2 x3) = mkApp (mkCId "PhrUtt") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3]) | i == mkCId "PhrUtt" -> GPhrUtt (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no Phr " ++ show t)
  
  instance Gf GPol where
    gf GPNeg = mkApp (mkCId "PNeg") []
    gf GPPos = mkApp (mkCId "PPos") []
  
    fg t =
      case unApp t of
        Just (i,[]) | i == mkCId "PNeg" -> GPNeg 
        Just (i,[]) | i == mkCId "PPos" -> GPPos 
  
  
        _ -> error ("no Pol " ++ show t)
  
  instance Gf GPrAP_none where
    gf (GAgentPastPartAP_none x1 x2) = mkApp (mkCId "AgentPastPartAP_none") [gf x1, gf x2]
    gf (GLiftAP x1) = mkApp (mkCId "LiftAP") [gf x1]
    gf (GPastPartAP_none x1) = mkApp (mkCId "PastPartAP_none") [gf x1]
    gf (GPresPartAP_none x1) = mkApp (mkCId "PresPartAP_none") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AgentPastPartAP_none" -> GAgentPastPartAP_none (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "LiftAP" -> GLiftAP (fg x1)
        Just (i,[x1]) | i == mkCId "PastPartAP_none" -> GPastPartAP_none (fg x1)
        Just (i,[x1]) | i == mkCId "PresPartAP_none" -> GPresPartAP_none (fg x1)
  
  
        _ -> error ("no PrAP_none " ++ show t)
  
  instance Gf GPrAP_np where
    gf (GLiftA2 x1) = mkApp (mkCId "LiftA2") [gf x1]
    gf (GPresPartAP_np x1) = mkApp (mkCId "PresPartAP_np") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftA2" -> GLiftA2 (fg x1)
        Just (i,[x1]) | i == mkCId "PresPartAP_np" -> GPresPartAP_np (fg x1)
  
  
        _ -> error ("no PrAP_np " ++ show t)
  
  instance Gf GPrAdv_none where
    gf (GComplAdv_none x1 x2) = mkApp (mkCId "ComplAdv_none") [gf x1, gf x2]
    gf (GLiftAdV x1) = mkApp (mkCId "LiftAdV") [gf x1]
    gf (GLiftAdv x1) = mkApp (mkCId "LiftAdv") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "ComplAdv_none" -> GComplAdv_none (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "LiftAdV" -> GLiftAdV (fg x1)
        Just (i,[x1]) | i == mkCId "LiftAdv" -> GLiftAdv (fg x1)
  
  
        _ -> error ("no PrAdv_none " ++ show t)
  
  instance Gf GPrAdv_np where
    gf (GLiftPrep x1) = mkApp (mkCId "LiftPrep") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftPrep" -> GLiftPrep (fg x1)
  
  
        _ -> error ("no PrAdv_np " ++ show t)
  
  instance Gf GPrCN_none where
    gf (GLiftCN x1) = mkApp (mkCId "LiftCN") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftCN" -> GLiftCN (fg x1)
  
  
        _ -> error ("no PrCN_none " ++ show t)
  
  instance Gf GPrCN_np where
    gf (GLiftN2 x1) = mkApp (mkCId "LiftN2") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftN2" -> GLiftN2 (fg x1)
  
  
        _ -> error ("no PrCN_np " ++ show t)
  
  instance Gf GPrCl_none where
    gf (GAdvCl_none x1 x2) = mkApp (mkCId "AdvCl_none") [gf x1, gf x2]
    gf (GPredVP_none x1 x2) = mkApp (mkCId "PredVP_none") [gf x1, gf x2]
    gf (GSlashClNP_none x1 x2) = mkApp (mkCId "SlashClNP_none") [gf x1, gf x2]
    gf (GUseClC_none x1) = mkApp (mkCId "UseClC_none") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdvCl_none" -> GAdvCl_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PredVP_none" -> GPredVP_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashClNP_none" -> GSlashClNP_none (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "UseClC_none" -> GUseClC_none (fg x1)
  
  
        _ -> error ("no PrCl_none " ++ show t)
  
  instance Gf GPrCl_np where
    gf (GAdvCl_np x1 x2) = mkApp (mkCId "AdvCl_np") [gf x1, gf x2]
    gf (GPredVP_np x1 x2) = mkApp (mkCId "PredVP_np") [gf x1, gf x2]
    gf (GUseClC_np x1) = mkApp (mkCId "UseClC_np") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdvCl_np" -> GAdvCl_np (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PredVP_np" -> GPredVP_np (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "UseClC_np" -> GUseClC_np (fg x1)
  
  
        _ -> error ("no PrCl_np " ++ show t)
  
  instance Gf GPrQCl_none where
    gf (GAdvQCl_none x1 x2) = mkApp (mkCId "AdvQCl_none") [gf x1, gf x2]
    gf (GQuestCl_none x1) = mkApp (mkCId "QuestCl_none") [gf x1]
    gf (GQuestIAdv_none x1 x2) = mkApp (mkCId "QuestIAdv_none") [gf x1, gf x2]
    gf (GQuestIComp_none x1 x2 x3 x4 x5) = mkApp (mkCId "QuestIComp_none") [gf x1, gf x2, gf x3, gf x4, gf x5]
    gf (GQuestSlash_none x1 x2) = mkApp (mkCId "QuestSlash_none") [gf x1, gf x2]
    gf (GQuestVP_none x1 x2) = mkApp (mkCId "QuestVP_none") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdvQCl_none" -> GAdvQCl_none (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "QuestCl_none" -> GQuestCl_none (fg x1)
        Just (i,[x1,x2]) | i == mkCId "QuestIAdv_none" -> GQuestIAdv_none (fg x1) (fg x2)
        Just (i,[x1,x2,x3,x4,x5]) | i == mkCId "QuestIComp_none" -> GQuestIComp_none (fg x1) (fg x2) (fg x3) (fg x4) (fg x5)
        Just (i,[x1,x2]) | i == mkCId "QuestSlash_none" -> GQuestSlash_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "QuestVP_none" -> GQuestVP_none (fg x1) (fg x2)
  
  
        _ -> error ("no PrQCl_none " ++ show t)
  
  instance Gf GPrQCl_np where
    gf (GAdvQCl_np x1 x2) = mkApp (mkCId "AdvQCl_np") [gf x1, gf x2]
    gf (GQuestCl_np x1) = mkApp (mkCId "QuestCl_np") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdvQCl_np" -> GAdvQCl_np (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "QuestCl_np" -> GQuestCl_np (fg x1)
  
  
        _ -> error ("no PrQCl_np " ++ show t)
  
  instance Gf GPrS where
    gf (GUseAdvCl_none x1 x2) = mkApp (mkCId "UseAdvCl_none") [gf x1, gf x2]
    gf (GUseCl_none x1) = mkApp (mkCId "UseCl_none") [gf x1]
    gf (GUseQCl_none x1) = mkApp (mkCId "UseQCl_none") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "UseAdvCl_none" -> GUseAdvCl_none (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "UseCl_none" -> GUseCl_none (fg x1)
        Just (i,[x1]) | i == mkCId "UseQCl_none" -> GUseQCl_none (fg x1)
  
  
        _ -> error ("no PrS " ++ show t)
  
  instance Gf GPrVPI_none where
    gf (GInfVP_none x1) = mkApp (mkCId "InfVP_none") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "InfVP_none" -> GInfVP_none (fg x1)
  
  
        _ -> error ("no PrVPI_none " ++ show t)
  
  instance Gf GPrVPI_np where
    gf (GInfVP_np x1) = mkApp (mkCId "InfVP_np") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "InfVP_np" -> GInfVP_np (fg x1)
  
  
        _ -> error ("no PrVPI_np " ++ show t)
  
  instance Gf GPrVP_a where
    gf (GAgentPassUseV_a x1 x2 x3 x4 x5) = mkApp (mkCId "AgentPassUseV_a") [gf x1, gf x2, gf x3, gf x4, gf x5]
    gf (GPassUseV_a x1 x2 x3 x4) = mkApp (mkCId "PassUseV_a") [gf x1, gf x2, gf x3, gf x4]
    gf (GReflVP_a x1) = mkApp (mkCId "ReflVP_a") [gf x1]
    gf (GUseV_a x1 x2 x3 x4) = mkApp (mkCId "UseV_a") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4,x5]) | i == mkCId "AgentPassUseV_a" -> GAgentPassUseV_a (fg x1) (fg x2) (fg x3) (fg x4) (fg x5)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "PassUseV_a" -> GPassUseV_a (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1]) | i == mkCId "ReflVP_a" -> GReflVP_a (fg x1)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_a" -> GUseV_a (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_a " ++ show t)
  
  instance Gf GPrVP_n where
    gf (GAgentPassUseV_n x1 x2 x3 x4 x5) = mkApp (mkCId "AgentPassUseV_n") [gf x1, gf x2, gf x3, gf x4, gf x5]
    gf (GPassUseV_n x1 x2 x3 x4) = mkApp (mkCId "PassUseV_n") [gf x1, gf x2, gf x3, gf x4]
    gf (GReflVP_n x1) = mkApp (mkCId "ReflVP_n") [gf x1]
    gf (GUseV_n x1 x2 x3 x4) = mkApp (mkCId "UseV_n") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4,x5]) | i == mkCId "AgentPassUseV_n" -> GAgentPassUseV_n (fg x1) (fg x2) (fg x3) (fg x4) (fg x5)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "PassUseV_n" -> GPassUseV_n (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1]) | i == mkCId "ReflVP_n" -> GReflVP_n (fg x1)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_n" -> GUseV_n (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_n " ++ show t)
  
  instance Gf GPrVP_none where
    gf (GAfterVP_none x1 x2) = mkApp (mkCId "AfterVP_none") [gf x1, gf x2]
    gf (GAgentPassUseV_none x1 x2 x3 x4 x5) = mkApp (mkCId "AgentPassUseV_none") [gf x1, gf x2, gf x3, gf x4, gf x5]
    gf (GBeforeVP_none x1 x2) = mkApp (mkCId "BeforeVP_none") [gf x1, gf x2]
    gf (GByVP_none x1 x2) = mkApp (mkCId "ByVP_none") [gf x1, gf x2]
    gf (GComplV2_none x1 x2) = mkApp (mkCId "ComplV2_none") [gf x1, gf x2]
    gf (GComplVA_none x1 x2) = mkApp (mkCId "ComplVA_none") [gf x1, gf x2]
    gf (GComplVN_none x1 x2) = mkApp (mkCId "ComplVN_none") [gf x1, gf x2]
    gf (GComplVQ_none x1 x2) = mkApp (mkCId "ComplVQ_none") [gf x1, gf x2]
    gf (GComplVS_none x1 x2) = mkApp (mkCId "ComplVS_none") [gf x1, gf x2]
    gf (GComplVV_none x1 x2) = mkApp (mkCId "ComplVV_none") [gf x1, gf x2]
    gf (GInOrderVP_none x1 x2) = mkApp (mkCId "InOrderVP_none") [gf x1, gf x2]
    gf (GPassUseV_none x1 x2 x3 x4) = mkApp (mkCId "PassUseV_none") [gf x1, gf x2, gf x3, gf x4]
    gf (GReflVP_none x1) = mkApp (mkCId "ReflVP_none") [gf x1]
    gf (GUseAP_none x1 x2 x3 x4) = mkApp (mkCId "UseAP_none") [gf x1, gf x2, gf x3, gf x4]
    gf (GUseAdv_none x1 x2 x3 x4) = mkApp (mkCId "UseAdv_none") [gf x1, gf x2, gf x3, gf x4]
    gf (GUseCN_none x1 x2 x3 x4) = mkApp (mkCId "UseCN_none") [gf x1, gf x2, gf x3, gf x4]
    gf (GUseNP_none x1 x2 x3 x4) = mkApp (mkCId "UseNP_none") [gf x1, gf x2, gf x3, gf x4]
    gf (GUseQ_none x1 x2 x3 x4) = mkApp (mkCId "UseQ_none") [gf x1, gf x2, gf x3, gf x4]
    gf (GUseS_none x1 x2 x3 x4) = mkApp (mkCId "UseS_none") [gf x1, gf x2, gf x3, gf x4]
    gf (GUseVPC_none x1) = mkApp (mkCId "UseVPC_none") [gf x1]
    gf (GUseVP_none x1 x2 x3 x4) = mkApp (mkCId "UseVP_none") [gf x1, gf x2, gf x3, gf x4]
    gf (GUseV_none x1 x2 x3 x4) = mkApp (mkCId "UseV_none") [gf x1, gf x2, gf x3, gf x4]
    gf (GWhenVP_none x1 x2) = mkApp (mkCId "WhenVP_none") [gf x1, gf x2]
    gf (GWithoutVP_none x1 x2) = mkApp (mkCId "WithoutVP_none") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AfterVP_none" -> GAfterVP_none (fg x1) (fg x2)
        Just (i,[x1,x2,x3,x4,x5]) | i == mkCId "AgentPassUseV_none" -> GAgentPassUseV_none (fg x1) (fg x2) (fg x3) (fg x4) (fg x5)
        Just (i,[x1,x2]) | i == mkCId "BeforeVP_none" -> GBeforeVP_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ByVP_none" -> GByVP_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplV2_none" -> GComplV2_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplVA_none" -> GComplVA_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplVN_none" -> GComplVN_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplVQ_none" -> GComplVQ_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplVS_none" -> GComplVS_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplVV_none" -> GComplVV_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "InOrderVP_none" -> GInOrderVP_none (fg x1) (fg x2)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "PassUseV_none" -> GPassUseV_none (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1]) | i == mkCId "ReflVP_none" -> GReflVP_none (fg x1)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseAP_none" -> GUseAP_none (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseAdv_none" -> GUseAdv_none (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseCN_none" -> GUseCN_none (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseNP_none" -> GUseNP_none (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseQ_none" -> GUseQ_none (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseS_none" -> GUseS_none (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1]) | i == mkCId "UseVPC_none" -> GUseVPC_none (fg x1)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseVP_none" -> GUseVP_none (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_none" -> GUseV_none (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2]) | i == mkCId "WhenVP_none" -> GWhenVP_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "WithoutVP_none" -> GWithoutVP_none (fg x1) (fg x2)
  
  
        _ -> error ("no PrVP_none " ++ show t)
  
  instance Gf GPrVP_np where
    gf (GAgentPassUseV_np x1 x2 x3 x4 x5) = mkApp (mkCId "AgentPassUseV_np") [gf x1, gf x2, gf x3, gf x4, gf x5]
    gf (GComplVS_np x1 x2) = mkApp (mkCId "ComplVS_np") [gf x1, gf x2]
    gf (GComplVV_np x1 x2) = mkApp (mkCId "ComplVV_np") [gf x1, gf x2]
    gf (GPassUseV_np x1 x2 x3 x4) = mkApp (mkCId "PassUseV_np") [gf x1, gf x2, gf x3, gf x4]
    gf (GReflVP2_np x1) = mkApp (mkCId "ReflVP2_np") [gf x1]
    gf (GReflVP_np x1) = mkApp (mkCId "ReflVP_np") [gf x1]
    gf (GSlashV2A_none x1 x2) = mkApp (mkCId "SlashV2A_none") [gf x1, gf x2]
    gf (GSlashV2N_none x1 x2) = mkApp (mkCId "SlashV2N_none") [gf x1, gf x2]
    gf (GSlashV2Q_none x1 x2) = mkApp (mkCId "SlashV2Q_none") [gf x1, gf x2]
    gf (GSlashV2S_none x1 x2) = mkApp (mkCId "SlashV2S_none") [gf x1, gf x2]
    gf (GSlashV2V_none x1 x2) = mkApp (mkCId "SlashV2V_none") [gf x1, gf x2]
    gf (GSlashV3_none x1 x2) = mkApp (mkCId "SlashV3_none") [gf x1, gf x2]
    gf (GUseAP_np x1 x2 x3 x4) = mkApp (mkCId "UseAP_np") [gf x1, gf x2, gf x3, gf x4]
    gf (GUseAdv_np x1 x2 x3 x4) = mkApp (mkCId "UseAdv_np") [gf x1, gf x2, gf x3, gf x4]
    gf (GUseCN_np x1 x2 x3 x4) = mkApp (mkCId "UseCN_np") [gf x1, gf x2, gf x3, gf x4]
    gf (GUseVPC_np x1) = mkApp (mkCId "UseVPC_np") [gf x1]
    gf (GUseV_np x1 x2 x3 x4) = mkApp (mkCId "UseV_np") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4,x5]) | i == mkCId "AgentPassUseV_np" -> GAgentPassUseV_np (fg x1) (fg x2) (fg x3) (fg x4) (fg x5)
        Just (i,[x1,x2]) | i == mkCId "ComplVS_np" -> GComplVS_np (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplVV_np" -> GComplVV_np (fg x1) (fg x2)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "PassUseV_np" -> GPassUseV_np (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1]) | i == mkCId "ReflVP2_np" -> GReflVP2_np (fg x1)
        Just (i,[x1]) | i == mkCId "ReflVP_np" -> GReflVP_np (fg x1)
        Just (i,[x1,x2]) | i == mkCId "SlashV2A_none" -> GSlashV2A_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashV2N_none" -> GSlashV2N_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashV2Q_none" -> GSlashV2Q_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashV2S_none" -> GSlashV2S_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashV2V_none" -> GSlashV2V_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashV3_none" -> GSlashV3_none (fg x1) (fg x2)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseAP_np" -> GUseAP_np (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseAdv_np" -> GUseAdv_np (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseCN_np" -> GUseCN_np (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1]) | i == mkCId "UseVPC_np" -> GUseVPC_np (fg x1)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_np" -> GUseV_np (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_np " ++ show t)
  
  instance Gf GPrVP_np_a where
    gf (GUseV_np_a x1 x2 x3 x4) = mkApp (mkCId "UseV_np_a") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_np_a" -> GUseV_np_a (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_np_a " ++ show t)
  
  instance Gf GPrVP_np_n where
    gf (GUseV_np_n x1 x2 x3 x4) = mkApp (mkCId "UseV_np_n") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_np_n" -> GUseV_np_n (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_np_n " ++ show t)
  
  instance Gf GPrVP_np_np where
    gf (GSlashV2V_np x1 x2) = mkApp (mkCId "SlashV2V_np") [gf x1, gf x2]
    gf (GUseV_np_np x1 x2 x3 x4) = mkApp (mkCId "UseV_np_np") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "SlashV2V_np" -> GSlashV2V_np (fg x1) (fg x2)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_np_np" -> GUseV_np_np (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_np_np " ++ show t)
  
  instance Gf GPrVP_np_q where
    gf (GUseV_np_q x1 x2 x3 x4) = mkApp (mkCId "UseV_np_q") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_np_q" -> GUseV_np_q (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_np_q " ++ show t)
  
  instance Gf GPrVP_np_s where
    gf (GUseV_np_s x1 x2 x3 x4) = mkApp (mkCId "UseV_np_s") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_np_s" -> GUseV_np_s (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_np_s " ++ show t)
  
  instance Gf GPrVP_np_v where
    gf (GUseV_np_v x1 x2 x3 x4) = mkApp (mkCId "UseV_np_v") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_np_v" -> GUseV_np_v (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_np_v " ++ show t)
  
  instance Gf GPrVP_q where
    gf (GAgentPassUseV_q x1 x2 x3 x4 x5) = mkApp (mkCId "AgentPassUseV_q") [gf x1, gf x2, gf x3, gf x4, gf x5]
    gf (GPassUseV_q x1 x2 x3 x4) = mkApp (mkCId "PassUseV_q") [gf x1, gf x2, gf x3, gf x4]
    gf (GReflVP_q x1) = mkApp (mkCId "ReflVP_q") [gf x1]
    gf (GUseV_q x1 x2 x3 x4) = mkApp (mkCId "UseV_q") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4,x5]) | i == mkCId "AgentPassUseV_q" -> GAgentPassUseV_q (fg x1) (fg x2) (fg x3) (fg x4) (fg x5)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "PassUseV_q" -> GPassUseV_q (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1]) | i == mkCId "ReflVP_q" -> GReflVP_q (fg x1)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_q" -> GUseV_q (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_q " ++ show t)
  
  instance Gf GPrVP_s where
    gf (GAgentPassUseV_s x1 x2 x3 x4 x5) = mkApp (mkCId "AgentPassUseV_s") [gf x1, gf x2, gf x3, gf x4, gf x5]
    gf (GPassUseV_s x1 x2 x3 x4) = mkApp (mkCId "PassUseV_s") [gf x1, gf x2, gf x3, gf x4]
    gf (GReflVP_s x1) = mkApp (mkCId "ReflVP_s") [gf x1]
    gf (GUseV_s x1 x2 x3 x4) = mkApp (mkCId "UseV_s") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4,x5]) | i == mkCId "AgentPassUseV_s" -> GAgentPassUseV_s (fg x1) (fg x2) (fg x3) (fg x4) (fg x5)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "PassUseV_s" -> GPassUseV_s (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1]) | i == mkCId "ReflVP_s" -> GReflVP_s (fg x1)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_s" -> GUseV_s (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_s " ++ show t)
  
  instance Gf GPrVP_v where
    gf (GAgentPassUseV_v x1 x2 x3 x4 x5) = mkApp (mkCId "AgentPassUseV_v") [gf x1, gf x2, gf x3, gf x4, gf x5]
    gf (GPassUseV_v x1 x2 x3 x4) = mkApp (mkCId "PassUseV_v") [gf x1, gf x2, gf x3, gf x4]
    gf (GReflVP_v x1) = mkApp (mkCId "ReflVP_v") [gf x1]
    gf (GUseV_v x1 x2 x3 x4) = mkApp (mkCId "UseV_v") [gf x1, gf x2, gf x3, gf x4]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3,x4,x5]) | i == mkCId "AgentPassUseV_v" -> GAgentPassUseV_v (fg x1) (fg x2) (fg x3) (fg x4) (fg x5)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "PassUseV_v" -> GPassUseV_v (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1]) | i == mkCId "ReflVP_v" -> GReflVP_v (fg x1)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "UseV_v" -> GUseV_v (fg x1) (fg x2) (fg x3) (fg x4)
  
  
        _ -> error ("no PrVP_v " ++ show t)
  
  instance Gf GPrV_a where
    gf (GLiftVA x1) = mkApp (mkCId "LiftVA") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftVA" -> GLiftVA (fg x1)
  
  
        _ -> error ("no PrV_a " ++ show t)
  
  instance Gf GPrV_n where
    gf (GLiftVN x1) = mkApp (mkCId "LiftVN") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftVN" -> GLiftVN (fg x1)
  
  
        _ -> error ("no PrV_n " ++ show t)
  
  instance Gf GPrV_none where
    gf (GLiftV x1) = mkApp (mkCId "LiftV") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftV" -> GLiftV (fg x1)
  
  
        _ -> error ("no PrV_none " ++ show t)
  
  instance Gf GPrV_np where
    gf (GLiftV2 x1) = mkApp (mkCId "LiftV2") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftV2" -> GLiftV2 (fg x1)
  
  
        _ -> error ("no PrV_np " ++ show t)
  
  instance Gf GPrV_np_a where
    gf (GLiftV2A x1) = mkApp (mkCId "LiftV2A") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftV2A" -> GLiftV2A (fg x1)
  
  
        _ -> error ("no PrV_np_a " ++ show t)
  
  instance Gf GPrV_np_n where
    gf (GLiftV2N x1) = mkApp (mkCId "LiftV2N") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftV2N" -> GLiftV2N (fg x1)
  
  
        _ -> error ("no PrV_np_n " ++ show t)
  
  instance Gf GPrV_np_np where
    gf (GLiftV3 x1) = mkApp (mkCId "LiftV3") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftV3" -> GLiftV3 (fg x1)
  
  
        _ -> error ("no PrV_np_np " ++ show t)
  
  instance Gf GPrV_np_q where
    gf (GLiftV2Q x1) = mkApp (mkCId "LiftV2Q") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftV2Q" -> GLiftV2Q (fg x1)
  
  
        _ -> error ("no PrV_np_q " ++ show t)
  
  instance Gf GPrV_np_s where
    gf (GLiftV2S x1) = mkApp (mkCId "LiftV2S") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftV2S" -> GLiftV2S (fg x1)
  
  
        _ -> error ("no PrV_np_s " ++ show t)
  
  instance Gf GPrV_np_v where
    gf (GLiftV2V x1) = mkApp (mkCId "LiftV2V") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftV2V" -> GLiftV2V (fg x1)
  
  
        _ -> error ("no PrV_np_v " ++ show t)
  
  instance Gf GPrV_q where
    gf (GLiftVQ x1) = mkApp (mkCId "LiftVQ") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftVQ" -> GLiftVQ (fg x1)
  
  
        _ -> error ("no PrV_q " ++ show t)
  
  instance Gf GPrV_s where
    gf (GLiftVS x1) = mkApp (mkCId "LiftVS") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftVS" -> GLiftVS (fg x1)
  
  
        _ -> error ("no PrV_s " ++ show t)
  
  instance Gf GPrV_v where
    gf (GLiftVV x1) = mkApp (mkCId "LiftVV") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "LiftVV" -> GLiftVV (fg x1)
  
  
        _ -> error ("no PrV_v " ++ show t)
  
  instance Gf GQCl where
    gf (GQuestCl x1) = mkApp (mkCId "QuestCl") [gf x1]
    gf (GQuestIAdv x1 x2) = mkApp (mkCId "QuestIAdv") [gf x1, gf x2]
    gf (GQuestIComp x1 x2) = mkApp (mkCId "QuestIComp") [gf x1, gf x2]
    gf (GQuestQVP x1 x2) = mkApp (mkCId "QuestQVP") [gf x1, gf x2]
    gf (GQuestSlash x1 x2) = mkApp (mkCId "QuestSlash") [gf x1, gf x2]
    gf (GQuestVP x1 x2) = mkApp (mkCId "QuestVP") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "QuestCl" -> GQuestCl (fg x1)
        Just (i,[x1,x2]) | i == mkCId "QuestIAdv" -> GQuestIAdv (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "QuestIComp" -> GQuestIComp (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "QuestQVP" -> GQuestQVP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "QuestSlash" -> GQuestSlash (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "QuestVP" -> GQuestVP (fg x1) (fg x2)
  
  
        _ -> error ("no QCl " ++ show t)
  
  instance Gf GQS where
    gf (GUseQCl x1 x2 x3) = mkApp (mkCId "UseQCl") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3]) | i == mkCId "UseQCl" -> GUseQCl (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no QS " ++ show t)
  
  instance Gf GQVP where
    gf (GAddAdvQVP x1 x2) = mkApp (mkCId "AddAdvQVP") [gf x1, gf x2]
    gf (GAdvQVP x1 x2) = mkApp (mkCId "AdvQVP") [gf x1, gf x2]
    gf (GComplSlashIP x1 x2) = mkApp (mkCId "ComplSlashIP") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AddAdvQVP" -> GAddAdvQVP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "AdvQVP" -> GAdvQVP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplSlashIP" -> GComplSlashIP (fg x1) (fg x2)
  
  
        _ -> error ("no QVP " ++ show t)
  
  instance Gf GQuant where
    gf GDefArt = mkApp (mkCId "DefArt") []
    gf (GGenNP x1) = mkApp (mkCId "GenNP") [gf x1]
    gf GIndefArt = mkApp (mkCId "IndefArt") []
    gf (GPossPron x1) = mkApp (mkCId "PossPron") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[]) | i == mkCId "DefArt" -> GDefArt 
        Just (i,[x1]) | i == mkCId "GenNP" -> GGenNP (fg x1)
        Just (i,[]) | i == mkCId "IndefArt" -> GIndefArt 
        Just (i,[x1]) | i == mkCId "PossPron" -> GPossPron (fg x1)
  
  
        _ -> error ("no Quant " ++ show t)
  
  instance Gf GRCl where
    gf (GEmptyRelSlash x1) = mkApp (mkCId "EmptyRelSlash") [gf x1]
    gf (GRelCl x1) = mkApp (mkCId "RelCl") [gf x1]
    gf (GRelSlash x1 x2) = mkApp (mkCId "RelSlash") [gf x1, gf x2]
    gf (GRelVP x1 x2) = mkApp (mkCId "RelVP") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "EmptyRelSlash" -> GEmptyRelSlash (fg x1)
        Just (i,[x1]) | i == mkCId "RelCl" -> GRelCl (fg x1)
        Just (i,[x1,x2]) | i == mkCId "RelSlash" -> GRelSlash (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "RelVP" -> GRelVP (fg x1) (fg x2)
  
  
        _ -> error ("no RCl " ++ show t)
  
  instance Gf GRP where
    gf (GFunRP x1 x2 x3) = mkApp (mkCId "FunRP") [gf x1, gf x2, gf x3]
    gf (GGenRP x1 x2) = mkApp (mkCId "GenRP") [gf x1, gf x2]
    gf GIdRP = mkApp (mkCId "IdRP") []
    gf Gthat_RP = mkApp (mkCId "that_RP") []
    gf Gwho_RP = mkApp (mkCId "who_RP") []
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3]) | i == mkCId "FunRP" -> GFunRP (fg x1) (fg x2) (fg x3)
        Just (i,[x1,x2]) | i == mkCId "GenRP" -> GGenRP (fg x1) (fg x2)
        Just (i,[]) | i == mkCId "IdRP" -> GIdRP 
        Just (i,[]) | i == mkCId "that_RP" -> Gthat_RP 
        Just (i,[]) | i == mkCId "who_RP" -> Gwho_RP 
  
  
        _ -> error ("no RP " ++ show t)
  
  instance Gf GRS where
    gf (GConjRS x1 x2) = mkApp (mkCId "ConjRS") [gf x1, gf x2]
    gf (GPastPartRS x1 x2 x3) = mkApp (mkCId "PastPartRS") [gf x1, gf x2, gf x3]
    gf (GPresPartRS x1 x2 x3) = mkApp (mkCId "PresPartRS") [gf x1, gf x2, gf x3]
    gf (GRelCl_none x1) = mkApp (mkCId "RelCl_none") [gf x1]
    gf (GRelSlash_none x1 x2) = mkApp (mkCId "RelSlash_none") [gf x1, gf x2]
    gf (GRelVP_none x1 x2) = mkApp (mkCId "RelVP_none") [gf x1, gf x2]
    gf (GUseRCl x1 x2 x3) = mkApp (mkCId "UseRCl") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "ConjRS" -> GConjRS (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "PastPartRS" -> GPastPartRS (fg x1) (fg x2) (fg x3)
        Just (i,[x1,x2,x3]) | i == mkCId "PresPartRS" -> GPresPartRS (fg x1) (fg x2) (fg x3)
        Just (i,[x1]) | i == mkCId "RelCl_none" -> GRelCl_none (fg x1)
        Just (i,[x1,x2]) | i == mkCId "RelSlash_none" -> GRelSlash_none (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "RelVP_none" -> GRelVP_none (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "UseRCl" -> GUseRCl (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no RS " ++ show t)
  
  instance Gf GS where
    gf (GAdvS x1 x2) = mkApp (mkCId "AdvS") [gf x1, gf x2]
    gf (GConjS x1 x2) = mkApp (mkCId "ConjS") [gf x1, gf x2]
    gf (GExtAdvS x1 x2) = mkApp (mkCId "ExtAdvS") [gf x1, gf x2]
    gf (GPredVPS x1 x2) = mkApp (mkCId "PredVPS") [gf x1, gf x2]
    gf (GRelS x1 x2) = mkApp (mkCId "RelS") [gf x1, gf x2]
    gf (GSSubjS x1 x2 x3) = mkApp (mkCId "SSubjS") [gf x1, gf x2, gf x3]
    gf (GUseCl x1 x2 x3) = mkApp (mkCId "UseCl") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdvS" -> GAdvS (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ConjS" -> GConjS (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ExtAdvS" -> GExtAdvS (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PredVPS" -> GPredVPS (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "RelS" -> GRelS (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "SSubjS" -> GSSubjS (fg x1) (fg x2) (fg x3)
        Just (i,[x1,x2,x3]) | i == mkCId "UseCl" -> GUseCl (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no S " ++ show t)
  
  instance Gf GSC where
    gf (GEmbedQS x1) = mkApp (mkCId "EmbedQS") [gf x1]
    gf (GEmbedS x1) = mkApp (mkCId "EmbedS") [gf x1]
    gf (GEmbedVP x1) = mkApp (mkCId "EmbedVP") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "EmbedQS" -> GEmbedQS (fg x1)
        Just (i,[x1]) | i == mkCId "EmbedS" -> GEmbedS (fg x1)
        Just (i,[x1]) | i == mkCId "EmbedVP" -> GEmbedVP (fg x1)
  
  
        _ -> error ("no SC " ++ show t)
  
  instance Gf GSSlash where
    gf (GUseSlash x1 x2 x3) = mkApp (mkCId "UseSlash") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2,x3]) | i == mkCId "UseSlash" -> GUseSlash (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no SSlash " ++ show t)
  
  instance Gf GSymb where
    gf (GMkSymb x1) = mkApp (mkCId "MkSymb") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "MkSymb" -> GMkSymb (fg x1)
  
  
        _ -> error ("no Symb " ++ show t)
  
  instance Gf GTemp where
    gf (GTTAnt x1 x2) = mkApp (mkCId "TTAnt") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "TTAnt" -> GTTAnt (fg x1) (fg x2)
  
  
        _ -> error ("no Temp " ++ show t)
  
  instance Gf GTense where
    gf GTCond = mkApp (mkCId "TCond") []
    gf GTFut = mkApp (mkCId "TFut") []
    gf GTPast = mkApp (mkCId "TPast") []
    gf GTPres = mkApp (mkCId "TPres") []
  
    fg t =
      case unApp t of
        Just (i,[]) | i == mkCId "TCond" -> GTCond 
        Just (i,[]) | i == mkCId "TFut" -> GTFut 
        Just (i,[]) | i == mkCId "TPast" -> GTPast 
        Just (i,[]) | i == mkCId "TPres" -> GTPres 
  
  
        _ -> error ("no Tense " ++ show t)
  
  instance Gf GUtt where
    gf (GPrImpPl x1) = mkApp (mkCId "PrImpPl") [gf x1]
    gf (GPrImpSg x1) = mkApp (mkCId "PrImpSg") [gf x1]
    gf (GUttAP x1) = mkApp (mkCId "UttAP") [gf x1]
    gf (GUttAdV x1) = mkApp (mkCId "UttAdV") [gf x1]
    gf (GUttAdv x1) = mkApp (mkCId "UttAdv") [gf x1]
    gf (GUttCN x1) = mkApp (mkCId "UttCN") [gf x1]
    gf (GUttCard x1) = mkApp (mkCId "UttCard") [gf x1]
    gf (GUttIAdv x1) = mkApp (mkCId "UttIAdv") [gf x1]
    gf (GUttIP x1) = mkApp (mkCId "UttIP") [gf x1]
    gf (GUttImpPl x1 x2) = mkApp (mkCId "UttImpPl") [gf x1, gf x2]
    gf (GUttImpPol x1 x2) = mkApp (mkCId "UttImpPol") [gf x1, gf x2]
    gf (GUttImpSg x1 x2) = mkApp (mkCId "UttImpSg") [gf x1, gf x2]
    gf (GUttInterj x1) = mkApp (mkCId "UttInterj") [gf x1]
    gf (GUttNP x1) = mkApp (mkCId "UttNP") [gf x1]
    gf (GUttPrS x1) = mkApp (mkCId "UttPrS") [gf x1]
    gf (GUttQS x1) = mkApp (mkCId "UttQS") [gf x1]
    gf (GUttS x1) = mkApp (mkCId "UttS") [gf x1]
    gf (GUttVP x1) = mkApp (mkCId "UttVP") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1]) | i == mkCId "PrImpPl" -> GPrImpPl (fg x1)
        Just (i,[x1]) | i == mkCId "PrImpSg" -> GPrImpSg (fg x1)
        Just (i,[x1]) | i == mkCId "UttAP" -> GUttAP (fg x1)
        Just (i,[x1]) | i == mkCId "UttAdV" -> GUttAdV (fg x1)
        Just (i,[x1]) | i == mkCId "UttAdv" -> GUttAdv (fg x1)
        Just (i,[x1]) | i == mkCId "UttCN" -> GUttCN (fg x1)
        Just (i,[x1]) | i == mkCId "UttCard" -> GUttCard (fg x1)
        Just (i,[x1]) | i == mkCId "UttIAdv" -> GUttIAdv (fg x1)
        Just (i,[x1]) | i == mkCId "UttIP" -> GUttIP (fg x1)
        Just (i,[x1,x2]) | i == mkCId "UttImpPl" -> GUttImpPl (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "UttImpPol" -> GUttImpPol (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "UttImpSg" -> GUttImpSg (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "UttInterj" -> GUttInterj (fg x1)
        Just (i,[x1]) | i == mkCId "UttNP" -> GUttNP (fg x1)
        Just (i,[x1]) | i == mkCId "UttPrS" -> GUttPrS (fg x1)
        Just (i,[x1]) | i == mkCId "UttQS" -> GUttQS (fg x1)
        Just (i,[x1]) | i == mkCId "UttS" -> GUttS (fg x1)
        Just (i,[x1]) | i == mkCId "UttVP" -> GUttVP (fg x1)
  
  
        _ -> error ("no Utt " ++ show t)
  
  instance Gf GVP where
    gf (GAdVVP x1 x2) = mkApp (mkCId "AdVVP") [gf x1, gf x2]
    gf (GAdvVP x1 x2) = mkApp (mkCId "AdvVP") [gf x1, gf x2]
    gf (GComplBareVS x1 x2) = mkApp (mkCId "ComplBareVS") [gf x1, gf x2]
    gf (GComplSlash x1 x2) = mkApp (mkCId "ComplSlash") [gf x1, gf x2]
    gf (GComplSlashPartLast x1 x2) = mkApp (mkCId "ComplSlashPartLast") [gf x1, gf x2]
    gf (GComplVA x1 x2) = mkApp (mkCId "ComplVA") [gf x1, gf x2]
    gf (GComplVPIVV x1 x2) = mkApp (mkCId "ComplVPIVV") [gf x1, gf x2]
    gf (GComplVQ x1 x2) = mkApp (mkCId "ComplVQ") [gf x1, gf x2]
    gf (GComplVS x1 x2) = mkApp (mkCId "ComplVS") [gf x1, gf x2]
    gf (GComplVV x1 x2 x3 x4) = mkApp (mkCId "ComplVV") [gf x1, gf x2, gf x3, gf x4]
    gf (GExtAdvVP x1 x2) = mkApp (mkCId "ExtAdvVP") [gf x1, gf x2]
    gf (GPassAgentVPSlash x1 x2) = mkApp (mkCId "PassAgentVPSlash") [gf x1, gf x2]
    gf (GPassVPSlash x1) = mkApp (mkCId "PassVPSlash") [gf x1]
    gf (GProgrVP x1) = mkApp (mkCId "ProgrVP") [gf x1]
    gf (GReflVP x1) = mkApp (mkCId "ReflVP") [gf x1]
    gf (GSelfAdVVP x1) = mkApp (mkCId "SelfAdVVP") [gf x1]
    gf (GSelfAdvVP x1) = mkApp (mkCId "SelfAdvVP") [gf x1]
    gf (GUseComp x1) = mkApp (mkCId "UseComp") [gf x1]
    gf (GUseV x1) = mkApp (mkCId "UseV") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdVVP" -> GAdVVP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "AdvVP" -> GAdvVP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplBareVS" -> GComplBareVS (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplSlash" -> GComplSlash (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplSlashPartLast" -> GComplSlashPartLast (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplVA" -> GComplVA (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplVPIVV" -> GComplVPIVV (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplVQ" -> GComplVQ (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "ComplVS" -> GComplVS (fg x1) (fg x2)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "ComplVV" -> GComplVV (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2]) | i == mkCId "ExtAdvVP" -> GExtAdvVP (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "PassAgentVPSlash" -> GPassAgentVPSlash (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "PassVPSlash" -> GPassVPSlash (fg x1)
        Just (i,[x1]) | i == mkCId "ProgrVP" -> GProgrVP (fg x1)
        Just (i,[x1]) | i == mkCId "ReflVP" -> GReflVP (fg x1)
        Just (i,[x1]) | i == mkCId "SelfAdVVP" -> GSelfAdVVP (fg x1)
        Just (i,[x1]) | i == mkCId "SelfAdvVP" -> GSelfAdvVP (fg x1)
        Just (i,[x1]) | i == mkCId "UseComp" -> GUseComp (fg x1)
        Just (i,[x1]) | i == mkCId "UseV" -> GUseV (fg x1)
  
  
        _ -> error ("no VP " ++ show t)
  
  instance Gf GVPC_none where
    gf (GContVPC_none x1 x2) = mkApp (mkCId "ContVPC_none") [gf x1, gf x2]
    gf (GStartVPC_none x1 x2 x3) = mkApp (mkCId "StartVPC_none") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "ContVPC_none" -> GContVPC_none (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "StartVPC_none" -> GStartVPC_none (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no VPC_none " ++ show t)
  
  instance Gf GVPC_np where
    gf (GContVPC_np x1 x2) = mkApp (mkCId "ContVPC_np") [gf x1, gf x2]
    gf (GStartVPC_np x1 x2 x3) = mkApp (mkCId "StartVPC_np") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "ContVPC_np" -> GContVPC_np (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "StartVPC_np" -> GStartVPC_np (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no VPC_np " ++ show t)
  
  instance Gf GVPI where
    gf (GConjVPI x1 x2) = mkApp (mkCId "ConjVPI") [gf x1, gf x2]
    gf (GMkVPI x1) = mkApp (mkCId "MkVPI") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "ConjVPI" -> GConjVPI (fg x1) (fg x2)
        Just (i,[x1]) | i == mkCId "MkVPI" -> GMkVPI (fg x1)
  
  
        _ -> error ("no VPI " ++ show t)
  
  instance Gf GVPS where
    gf (GConjVPS x1 x2) = mkApp (mkCId "ConjVPS") [gf x1, gf x2]
    gf (GMkVPS x1 x2 x3) = mkApp (mkCId "MkVPS") [gf x1, gf x2, gf x3]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "ConjVPS" -> GConjVPS (fg x1) (fg x2)
        Just (i,[x1,x2,x3]) | i == mkCId "MkVPS" -> GMkVPS (fg x1) (fg x2) (fg x3)
  
  
        _ -> error ("no VPS " ++ show t)
  
  instance Gf GVPSlash where
    gf (GAdVVPSlash x1 x2) = mkApp (mkCId "AdVVPSlash") [gf x1, gf x2]
    gf (GAdvVPSlash x1 x2) = mkApp (mkCId "AdvVPSlash") [gf x1, gf x2]
    gf (GSlash2V3 x1 x2) = mkApp (mkCId "Slash2V3") [gf x1, gf x2]
    gf (GSlash3V3 x1 x2) = mkApp (mkCId "Slash3V3") [gf x1, gf x2]
    gf (GSlashBareV2S x1 x2) = mkApp (mkCId "SlashBareV2S") [gf x1, gf x2]
    gf (GSlashSlashV2V x1 x2 x3 x4) = mkApp (mkCId "SlashSlashV2V") [gf x1, gf x2, gf x3, gf x4]
    gf (GSlashV2A x1 x2) = mkApp (mkCId "SlashV2A") [gf x1, gf x2]
    gf (GSlashV2Q x1 x2) = mkApp (mkCId "SlashV2Q") [gf x1, gf x2]
    gf (GSlashV2S x1 x2) = mkApp (mkCId "SlashV2S") [gf x1, gf x2]
    gf (GSlashV2V x1 x2 x3 x4) = mkApp (mkCId "SlashV2V") [gf x1, gf x2, gf x3, gf x4]
    gf (GSlashV2VNP x1 x2 x3) = mkApp (mkCId "SlashV2VNP") [gf x1, gf x2, gf x3]
    gf (GSlashV2a x1) = mkApp (mkCId "SlashV2a") [gf x1]
    gf (GSlashVPIV2V x1 x2 x3) = mkApp (mkCId "SlashVPIV2V") [gf x1, gf x2, gf x3]
    gf (GSlashVV x1 x2) = mkApp (mkCId "SlashVV") [gf x1, gf x2]
    gf (GVPSlashPrep x1 x2) = mkApp (mkCId "VPSlashPrep") [gf x1, gf x2]
    gf (GVPSlashVS x1 x2) = mkApp (mkCId "VPSlashVS") [gf x1, gf x2]
  
    fg t =
      case unApp t of
        Just (i,[x1,x2]) | i == mkCId "AdVVPSlash" -> GAdVVPSlash (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "AdvVPSlash" -> GAdvVPSlash (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "Slash2V3" -> GSlash2V3 (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "Slash3V3" -> GSlash3V3 (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashBareV2S" -> GSlashBareV2S (fg x1) (fg x2)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "SlashSlashV2V" -> GSlashSlashV2V (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2]) | i == mkCId "SlashV2A" -> GSlashV2A (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashV2Q" -> GSlashV2Q (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "SlashV2S" -> GSlashV2S (fg x1) (fg x2)
        Just (i,[x1,x2,x3,x4]) | i == mkCId "SlashV2V" -> GSlashV2V (fg x1) (fg x2) (fg x3) (fg x4)
        Just (i,[x1,x2,x3]) | i == mkCId "SlashV2VNP" -> GSlashV2VNP (fg x1) (fg x2) (fg x3)
        Just (i,[x1]) | i == mkCId "SlashV2a" -> GSlashV2a (fg x1)
        Just (i,[x1,x2,x3]) | i == mkCId "SlashVPIV2V" -> GSlashVPIV2V (fg x1) (fg x2) (fg x3)
        Just (i,[x1,x2]) | i == mkCId "SlashVV" -> GSlashVV (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "VPSlashPrep" -> GVPSlashPrep (fg x1) (fg x2)
        Just (i,[x1,x2]) | i == mkCId "VPSlashVS" -> GVPSlashVS (fg x1) (fg x2)
  
  
        _ -> error ("no VPSlash " ++ show t)
  
  instance Gf GVoc where
    gf GNoVoc = mkApp (mkCId "NoVoc") []
    gf (GVocNP x1) = mkApp (mkCId "VocNP") [gf x1]
  
    fg t =
      case unApp t of
        Just (i,[]) | i == mkCId "NoVoc" -> GNoVoc 
        Just (i,[x1]) | i == mkCId "VocNP" -> GVocNP (fg x1)
  
  
        _ -> error ("no Voc " ++ show t)
  
  instance Show GA
  
  instance Gf GA where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GA2
  
  instance Gf GA2 where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GCAdv
  
  instance Gf GCAdv where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GConj
  
  instance Gf GConj where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GDigits
  
  instance Gf GDigits where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GIQuant
  
  instance Gf GIQuant where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GInterj
  
  instance Gf GInterj where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GN3
  
  instance Gf GN3 where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GNumeral
  
  instance Gf GNumeral where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GPredet
  
  instance Gf GPredet where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GPrep
  
  instance Gf GPrep where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GPron
  
  instance Gf GPron where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GSubj
  
  instance Gf GSubj where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GText
  
  instance Gf GText where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GV
  
  instance Gf GV where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GV2
  
  instance Gf GV2 where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GV2A
  
  instance Gf GV2A where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GV2Q
  
  instance Gf GV2Q where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GV2S
  
  instance Gf GV2S where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GV2V
  
  instance Gf GV2V where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GV3
  
  instance Gf GV3 where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GVA
  
  instance Gf GVA where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GVQ
  
  instance Gf GVQ where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GVS
  
  instance Gf GVS where
    gf _ = undefined
    fg _ = undefined
  
  
  
  instance Show GVV
  
  instance Gf GVV where
    gf _ = undefined
    fg _ = undefined
  
  
  
  
  instance Compos Tree where
    compos r a f t = case t of
  
      GEMeta m x1 -> r (GEMeta m) `a` foldr (a . a (r (:)) . f) (r []) x1
  
      GAdAP x1 x2 -> r GAdAP `a` f x1 `a` f x2
      GAdjOrd x1 -> r GAdjOrd `a` f x1
      GAdvAP x1 x2 -> r GAdvAP `a` f x1 `a` f x2
      GCAdvAP x1 x2 x3 -> r GCAdvAP `a` f x1 `a` f x2 `a` f x3
      GComparA x1 x2 -> r GComparA `a` f x1 `a` f x2
      GComplA2 x1 x2 -> r GComplA2 `a` f x1 `a` f x2
      GConjAP x1 x2 -> r GConjAP `a` f x1 `a` f x2
      GGerundAP x1 -> r GGerundAP `a` f x1
      GPastPartAP x1 -> r GPastPartAP `a` f x1
      GPositA x1 -> r GPositA `a` f x1
      GReflA2 x1 -> r GReflA2 `a` f x1
      GSentAP x1 x2 -> r GSentAP `a` f x1 `a` f x2
      GUseA2 x1 -> r GUseA2 `a` f x1
      GUseComparA x1 -> r GUseComparA `a` f x1
      GPositAdAAdj x1 -> r GPositAdAAdj `a` f x1
      GAdnCAdv x1 -> r GAdnCAdv `a` f x1
      GAdAdV x1 x2 -> r GAdAdV `a` f x1 `a` f x2
      GConjAdV x1 x2 -> r GConjAdV `a` f x1 `a` f x2
      GPositAdVAdj x1 -> r GPositAdVAdj `a` f x1
      GAdAdv x1 x2 -> r GAdAdv `a` f x1 `a` f x2
      GComparAdvAdj x1 x2 x3 -> r GComparAdvAdj `a` f x1 `a` f x2 `a` f x3
      GComparAdvAdjS x1 x2 x3 -> r GComparAdvAdjS `a` f x1 `a` f x2 `a` f x3
      GConjAdv x1 x2 -> r GConjAdv `a` f x1 `a` f x2
      GPositAdvAdj x1 -> r GPositAdvAdj `a` f x1
      GPrepNP x1 x2 -> r GPrepNP `a` f x1 `a` f x2
      GSubjS x1 x2 -> r GSubjS `a` f x1 `a` f x2
      GAdjCN x1 x2 -> r GAdjCN `a` f x1 `a` f x2
      GAdvCN x1 x2 -> r GAdvCN `a` f x1 `a` f x2
      GAppAPCN x1 x2 -> r GAppAPCN `a` f x1 `a` f x2
      GApposCN x1 x2 -> r GApposCN `a` f x1 `a` f x2
      GComplN2 x1 x2 -> r GComplN2 `a` f x1 `a` f x2
      GCompoundCN x1 x2 x3 -> r GCompoundCN `a` f x1 `a` f x2 `a` f x3
      GConjCN x1 x2 -> r GConjCN `a` f x1 `a` f x2
      GPartNP x1 x2 -> r GPartNP `a` f x1 `a` f x2
      GPossNP x1 x2 -> r GPossNP `a` f x1 `a` f x2
      GRelCN x1 x2 -> r GRelCN `a` f x1 `a` f x2
      GSentCN x1 x2 -> r GSentCN `a` f x1 `a` f x2
      GUseN x1 -> r GUseN `a` f x1
      GUseN2 x1 -> r GUseN2 `a` f x1
      GAdNum x1 x2 -> r GAdNum `a` f x1 `a` f x2
      GNumDigits x1 -> r GNumDigits `a` f x1
      GNumNumeral x1 -> r GNumNumeral `a` f x1
      GExistNP x1 -> r GExistNP `a` f x1
      GPredSCVP x1 x2 -> r GPredSCVP `a` f x1 `a` f x2
      GPredVP x1 x2 -> r GPredVP `a` f x1 `a` f x2
      GPredVPosv x1 x2 -> r GPredVPosv `a` f x1 `a` f x2
      GPredVPovs x1 x2 -> r GPredVPovs `a` f x1 `a` f x2
      GContClC_none x1 x2 -> r GContClC_none `a` f x1 `a` f x2
      GStartClC_none x1 x2 x3 -> r GStartClC_none `a` f x1 `a` f x2 `a` f x3
      GContClC_np x1 x2 -> r GContClC_np `a` f x1 `a` f x2
      GStartClC_np x1 x2 x3 -> r GStartClC_np `a` f x1 `a` f x2 `a` f x3
      GAdvSlash x1 x2 -> r GAdvSlash `a` f x1 `a` f x2
      GSlashPrep x1 x2 -> r GSlashPrep `a` f x1 `a` f x2
      GSlashVP x1 x2 -> r GSlashVP `a` f x1 `a` f x2
      GSlashVS x1 x2 x3 -> r GSlashVS `a` f x1 `a` f x2 `a` f x3
      GCompAP x1 -> r GCompAP `a` f x1
      GCompAdv x1 -> r GCompAdv `a` f x1
      GCompCN x1 -> r GCompCN `a` f x1
      GCompNP x1 -> r GCompNP `a` f x1
      GCompQS x1 -> r GCompQS `a` f x1
      GCompS x1 -> r GCompS `a` f x1
      GCompVP x1 x2 x3 -> r GCompVP `a` f x1 `a` f x2 `a` f x3
      GDetQuant x1 x2 -> r GDetQuant `a` f x1 `a` f x2
      GDetQuantOrd x1 x2 x3 -> r GDetQuantOrd `a` f x1 `a` f x2 `a` f x3
      GAdvIAdv x1 x2 -> r GAdvIAdv `a` f x1 `a` f x2
      GConjIAdv x1 x2 -> r GConjIAdv `a` f x1 `a` f x2
      GPrepIP x1 x2 -> r GPrepIP `a` f x1 `a` f x2
      GCompIAdv x1 -> r GCompIAdv `a` f x1
      GCompIP x1 -> r GCompIP `a` f x1
      GIdetQuant x1 x2 -> r GIdetQuant `a` f x1 `a` f x2
      GAdvIP x1 x2 -> r GAdvIP `a` f x1 `a` f x2
      GIdetCN x1 x2 -> r GIdetCN `a` f x1 `a` f x2
      GIdetIP x1 -> r GIdetIP `a` f x1
      GImpVP x1 -> r GImpVP `a` f x1
      GDashCN x1 x2 -> r GDashCN `a` f x1 `a` f x2
      GGerundN x1 -> r GGerundN `a` f x1
      GComplN3 x1 x2 -> r GComplN3 `a` f x1 `a` f x2
      GUse2N3 x1 -> r GUse2N3 `a` f x1
      GUse3N3 x1 -> r GUse3N3 `a` f x1
      GAdvNP x1 x2 -> r GAdvNP `a` f x1 `a` f x2
      GApposNP x1 x2 -> r GApposNP `a` f x1 `a` f x2
      GCNNumNP x1 x2 -> r GCNNumNP `a` f x1 `a` f x2
      GConjNP x1 x2 -> r GConjNP `a` f x1 `a` f x2
      GCountNP x1 x2 -> r GCountNP `a` f x1 `a` f x2
      GDetCN x1 x2 -> r GDetCN `a` f x1 `a` f x2
      GDetNP x1 -> r GDetNP `a` f x1
      GExtAdvNP x1 x2 -> r GExtAdvNP `a` f x1 `a` f x2
      GMassNP x1 -> r GMassNP `a` f x1
      GNomVPNP_none x1 -> r GNomVPNP_none `a` f x1
      GPPartNP x1 x2 -> r GPPartNP `a` f x1 `a` f x2
      GPredetNP x1 x2 -> r GPredetNP `a` f x1 `a` f x2
      GRelNP x1 x2 -> r GRelNP `a` f x1 `a` f x2
      GSelfNP x1 -> r GSelfNP `a` f x1
      GUsePN x1 -> r GUsePN `a` f x1
      GUsePron x1 -> r GUsePron `a` f x1
      GUseQuantPN x1 x2 -> r GUseQuantPN `a` f x1 `a` f x2
      GNumCard x1 -> r GNumCard `a` f x1
      GOrdCompar x1 -> r GOrdCompar `a` f x1
      GOrdDigits x1 -> r GOrdDigits `a` f x1
      GOrdNumeral x1 -> r GOrdNumeral `a` f x1
      GOrdSuperl x1 -> r GOrdSuperl `a` f x1
      GPConjConj x1 -> r GPConjConj `a` f x1
      GSymbPN x1 -> r GSymbPN `a` f x1
      GPhrUtt x1 x2 x3 -> r GPhrUtt `a` f x1 `a` f x2 `a` f x3
      GAgentPastPartAP_none x1 x2 -> r GAgentPastPartAP_none `a` f x1 `a` f x2
      GLiftAP x1 -> r GLiftAP `a` f x1
      GPastPartAP_none x1 -> r GPastPartAP_none `a` f x1
      GPresPartAP_none x1 -> r GPresPartAP_none `a` f x1
      GLiftA2 x1 -> r GLiftA2 `a` f x1
      GPresPartAP_np x1 -> r GPresPartAP_np `a` f x1
      GComplAdv_none x1 x2 -> r GComplAdv_none `a` f x1 `a` f x2
      GLiftAdV x1 -> r GLiftAdV `a` f x1
      GLiftAdv x1 -> r GLiftAdv `a` f x1
      GLiftPrep x1 -> r GLiftPrep `a` f x1
      GLiftCN x1 -> r GLiftCN `a` f x1
      GLiftN2 x1 -> r GLiftN2 `a` f x1
      GAdvCl_none x1 x2 -> r GAdvCl_none `a` f x1 `a` f x2
      GPredVP_none x1 x2 -> r GPredVP_none `a` f x1 `a` f x2
      GSlashClNP_none x1 x2 -> r GSlashClNP_none `a` f x1 `a` f x2
      GUseClC_none x1 -> r GUseClC_none `a` f x1
      GAdvCl_np x1 x2 -> r GAdvCl_np `a` f x1 `a` f x2
      GPredVP_np x1 x2 -> r GPredVP_np `a` f x1 `a` f x2
      GUseClC_np x1 -> r GUseClC_np `a` f x1
      GAdvQCl_none x1 x2 -> r GAdvQCl_none `a` f x1 `a` f x2
      GQuestCl_none x1 -> r GQuestCl_none `a` f x1
      GQuestIAdv_none x1 x2 -> r GQuestIAdv_none `a` f x1 `a` f x2
      GQuestIComp_none x1 x2 x3 x4 x5 -> r GQuestIComp_none `a` f x1 `a` f x2 `a` f x3 `a` f x4 `a` f x5
      GQuestSlash_none x1 x2 -> r GQuestSlash_none `a` f x1 `a` f x2
      GQuestVP_none x1 x2 -> r GQuestVP_none `a` f x1 `a` f x2
      GAdvQCl_np x1 x2 -> r GAdvQCl_np `a` f x1 `a` f x2
      GQuestCl_np x1 -> r GQuestCl_np `a` f x1
      GUseAdvCl_none x1 x2 -> r GUseAdvCl_none `a` f x1 `a` f x2
      GUseCl_none x1 -> r GUseCl_none `a` f x1
      GUseQCl_none x1 -> r GUseQCl_none `a` f x1
      GInfVP_none x1 -> r GInfVP_none `a` f x1
      GInfVP_np x1 -> r GInfVP_np `a` f x1
      GAgentPassUseV_a x1 x2 x3 x4 x5 -> r GAgentPassUseV_a `a` f x1 `a` f x2 `a` f x3 `a` f x4 `a` f x5
      GPassUseV_a x1 x2 x3 x4 -> r GPassUseV_a `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GReflVP_a x1 -> r GReflVP_a `a` f x1
      GUseV_a x1 x2 x3 x4 -> r GUseV_a `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GAgentPassUseV_n x1 x2 x3 x4 x5 -> r GAgentPassUseV_n `a` f x1 `a` f x2 `a` f x3 `a` f x4 `a` f x5
      GPassUseV_n x1 x2 x3 x4 -> r GPassUseV_n `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GReflVP_n x1 -> r GReflVP_n `a` f x1
      GUseV_n x1 x2 x3 x4 -> r GUseV_n `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GAfterVP_none x1 x2 -> r GAfterVP_none `a` f x1 `a` f x2
      GAgentPassUseV_none x1 x2 x3 x4 x5 -> r GAgentPassUseV_none `a` f x1 `a` f x2 `a` f x3 `a` f x4 `a` f x5
      GBeforeVP_none x1 x2 -> r GBeforeVP_none `a` f x1 `a` f x2
      GByVP_none x1 x2 -> r GByVP_none `a` f x1 `a` f x2
      GComplV2_none x1 x2 -> r GComplV2_none `a` f x1 `a` f x2
      GComplVA_none x1 x2 -> r GComplVA_none `a` f x1 `a` f x2
      GComplVN_none x1 x2 -> r GComplVN_none `a` f x1 `a` f x2
      GComplVQ_none x1 x2 -> r GComplVQ_none `a` f x1 `a` f x2
      GComplVS_none x1 x2 -> r GComplVS_none `a` f x1 `a` f x2
      GComplVV_none x1 x2 -> r GComplVV_none `a` f x1 `a` f x2
      GInOrderVP_none x1 x2 -> r GInOrderVP_none `a` f x1 `a` f x2
      GPassUseV_none x1 x2 x3 x4 -> r GPassUseV_none `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GReflVP_none x1 -> r GReflVP_none `a` f x1
      GUseAP_none x1 x2 x3 x4 -> r GUseAP_none `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseAdv_none x1 x2 x3 x4 -> r GUseAdv_none `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseCN_none x1 x2 x3 x4 -> r GUseCN_none `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseNP_none x1 x2 x3 x4 -> r GUseNP_none `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseQ_none x1 x2 x3 x4 -> r GUseQ_none `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseS_none x1 x2 x3 x4 -> r GUseS_none `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseVPC_none x1 -> r GUseVPC_none `a` f x1
      GUseVP_none x1 x2 x3 x4 -> r GUseVP_none `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseV_none x1 x2 x3 x4 -> r GUseV_none `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GWhenVP_none x1 x2 -> r GWhenVP_none `a` f x1 `a` f x2
      GWithoutVP_none x1 x2 -> r GWithoutVP_none `a` f x1 `a` f x2
      GAgentPassUseV_np x1 x2 x3 x4 x5 -> r GAgentPassUseV_np `a` f x1 `a` f x2 `a` f x3 `a` f x4 `a` f x5
      GComplVS_np x1 x2 -> r GComplVS_np `a` f x1 `a` f x2
      GComplVV_np x1 x2 -> r GComplVV_np `a` f x1 `a` f x2
      GPassUseV_np x1 x2 x3 x4 -> r GPassUseV_np `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GReflVP2_np x1 -> r GReflVP2_np `a` f x1
      GReflVP_np x1 -> r GReflVP_np `a` f x1
      GSlashV2A_none x1 x2 -> r GSlashV2A_none `a` f x1 `a` f x2
      GSlashV2N_none x1 x2 -> r GSlashV2N_none `a` f x1 `a` f x2
      GSlashV2Q_none x1 x2 -> r GSlashV2Q_none `a` f x1 `a` f x2
      GSlashV2S_none x1 x2 -> r GSlashV2S_none `a` f x1 `a` f x2
      GSlashV2V_none x1 x2 -> r GSlashV2V_none `a` f x1 `a` f x2
      GSlashV3_none x1 x2 -> r GSlashV3_none `a` f x1 `a` f x2
      GUseAP_np x1 x2 x3 x4 -> r GUseAP_np `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseAdv_np x1 x2 x3 x4 -> r GUseAdv_np `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseCN_np x1 x2 x3 x4 -> r GUseCN_np `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseVPC_np x1 -> r GUseVPC_np `a` f x1
      GUseV_np x1 x2 x3 x4 -> r GUseV_np `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseV_np_a x1 x2 x3 x4 -> r GUseV_np_a `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseV_np_n x1 x2 x3 x4 -> r GUseV_np_n `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GSlashV2V_np x1 x2 -> r GSlashV2V_np `a` f x1 `a` f x2
      GUseV_np_np x1 x2 x3 x4 -> r GUseV_np_np `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseV_np_q x1 x2 x3 x4 -> r GUseV_np_q `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseV_np_s x1 x2 x3 x4 -> r GUseV_np_s `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GUseV_np_v x1 x2 x3 x4 -> r GUseV_np_v `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GAgentPassUseV_q x1 x2 x3 x4 x5 -> r GAgentPassUseV_q `a` f x1 `a` f x2 `a` f x3 `a` f x4 `a` f x5
      GPassUseV_q x1 x2 x3 x4 -> r GPassUseV_q `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GReflVP_q x1 -> r GReflVP_q `a` f x1
      GUseV_q x1 x2 x3 x4 -> r GUseV_q `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GAgentPassUseV_s x1 x2 x3 x4 x5 -> r GAgentPassUseV_s `a` f x1 `a` f x2 `a` f x3 `a` f x4 `a` f x5
      GPassUseV_s x1 x2 x3 x4 -> r GPassUseV_s `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GReflVP_s x1 -> r GReflVP_s `a` f x1
      GUseV_s x1 x2 x3 x4 -> r GUseV_s `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GAgentPassUseV_v x1 x2 x3 x4 x5 -> r GAgentPassUseV_v `a` f x1 `a` f x2 `a` f x3 `a` f x4 `a` f x5
      GPassUseV_v x1 x2 x3 x4 -> r GPassUseV_v `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GReflVP_v x1 -> r GReflVP_v `a` f x1
      GUseV_v x1 x2 x3 x4 -> r GUseV_v `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GLiftVA x1 -> r GLiftVA `a` f x1
      GLiftVN x1 -> r GLiftVN `a` f x1
      GLiftV x1 -> r GLiftV `a` f x1
      GLiftV2 x1 -> r GLiftV2 `a` f x1
      GLiftV2A x1 -> r GLiftV2A `a` f x1
      GLiftV2N x1 -> r GLiftV2N `a` f x1
      GLiftV3 x1 -> r GLiftV3 `a` f x1
      GLiftV2Q x1 -> r GLiftV2Q `a` f x1
      GLiftV2S x1 -> r GLiftV2S `a` f x1
      GLiftV2V x1 -> r GLiftV2V `a` f x1
      GLiftVQ x1 -> r GLiftVQ `a` f x1
      GLiftVS x1 -> r GLiftVS `a` f x1
      GLiftVV x1 -> r GLiftVV `a` f x1
      GQuestCl x1 -> r GQuestCl `a` f x1
      GQuestIAdv x1 x2 -> r GQuestIAdv `a` f x1 `a` f x2
      GQuestIComp x1 x2 -> r GQuestIComp `a` f x1 `a` f x2
      GQuestQVP x1 x2 -> r GQuestQVP `a` f x1 `a` f x2
      GQuestSlash x1 x2 -> r GQuestSlash `a` f x1 `a` f x2
      GQuestVP x1 x2 -> r GQuestVP `a` f x1 `a` f x2
      GUseQCl x1 x2 x3 -> r GUseQCl `a` f x1 `a` f x2 `a` f x3
      GAddAdvQVP x1 x2 -> r GAddAdvQVP `a` f x1 `a` f x2
      GAdvQVP x1 x2 -> r GAdvQVP `a` f x1 `a` f x2
      GComplSlashIP x1 x2 -> r GComplSlashIP `a` f x1 `a` f x2
      GGenNP x1 -> r GGenNP `a` f x1
      GPossPron x1 -> r GPossPron `a` f x1
      GEmptyRelSlash x1 -> r GEmptyRelSlash `a` f x1
      GRelCl x1 -> r GRelCl `a` f x1
      GRelSlash x1 x2 -> r GRelSlash `a` f x1 `a` f x2
      GRelVP x1 x2 -> r GRelVP `a` f x1 `a` f x2
      GFunRP x1 x2 x3 -> r GFunRP `a` f x1 `a` f x2 `a` f x3
      GGenRP x1 x2 -> r GGenRP `a` f x1 `a` f x2
      GConjRS x1 x2 -> r GConjRS `a` f x1 `a` f x2
      GPastPartRS x1 x2 x3 -> r GPastPartRS `a` f x1 `a` f x2 `a` f x3
      GPresPartRS x1 x2 x3 -> r GPresPartRS `a` f x1 `a` f x2 `a` f x3
      GRelCl_none x1 -> r GRelCl_none `a` f x1
      GRelSlash_none x1 x2 -> r GRelSlash_none `a` f x1 `a` f x2
      GRelVP_none x1 x2 -> r GRelVP_none `a` f x1 `a` f x2
      GUseRCl x1 x2 x3 -> r GUseRCl `a` f x1 `a` f x2 `a` f x3
      GAdvS x1 x2 -> r GAdvS `a` f x1 `a` f x2
      GConjS x1 x2 -> r GConjS `a` f x1 `a` f x2
      GExtAdvS x1 x2 -> r GExtAdvS `a` f x1 `a` f x2
      GPredVPS x1 x2 -> r GPredVPS `a` f x1 `a` f x2
      GRelS x1 x2 -> r GRelS `a` f x1 `a` f x2
      GSSubjS x1 x2 x3 -> r GSSubjS `a` f x1 `a` f x2 `a` f x3
      GUseCl x1 x2 x3 -> r GUseCl `a` f x1 `a` f x2 `a` f x3
      GEmbedQS x1 -> r GEmbedQS `a` f x1
      GEmbedS x1 -> r GEmbedS `a` f x1
      GEmbedVP x1 -> r GEmbedVP `a` f x1
      GUseSlash x1 x2 x3 -> r GUseSlash `a` f x1 `a` f x2 `a` f x3
      GMkSymb x1 -> r GMkSymb `a` f x1
      GTTAnt x1 x2 -> r GTTAnt `a` f x1 `a` f x2
      GPrImpPl x1 -> r GPrImpPl `a` f x1
      GPrImpSg x1 -> r GPrImpSg `a` f x1
      GUttAP x1 -> r GUttAP `a` f x1
      GUttAdV x1 -> r GUttAdV `a` f x1
      GUttAdv x1 -> r GUttAdv `a` f x1
      GUttCN x1 -> r GUttCN `a` f x1
      GUttCard x1 -> r GUttCard `a` f x1
      GUttIAdv x1 -> r GUttIAdv `a` f x1
      GUttIP x1 -> r GUttIP `a` f x1
      GUttImpPl x1 x2 -> r GUttImpPl `a` f x1 `a` f x2
      GUttImpPol x1 x2 -> r GUttImpPol `a` f x1 `a` f x2
      GUttImpSg x1 x2 -> r GUttImpSg `a` f x1 `a` f x2
      GUttInterj x1 -> r GUttInterj `a` f x1
      GUttNP x1 -> r GUttNP `a` f x1
      GUttPrS x1 -> r GUttPrS `a` f x1
      GUttQS x1 -> r GUttQS `a` f x1
      GUttS x1 -> r GUttS `a` f x1
      GUttVP x1 -> r GUttVP `a` f x1
      GAdVVP x1 x2 -> r GAdVVP `a` f x1 `a` f x2
      GAdvVP x1 x2 -> r GAdvVP `a` f x1 `a` f x2
      GComplBareVS x1 x2 -> r GComplBareVS `a` f x1 `a` f x2
      GComplSlash x1 x2 -> r GComplSlash `a` f x1 `a` f x2
      GComplSlashPartLast x1 x2 -> r GComplSlashPartLast `a` f x1 `a` f x2
      GComplVA x1 x2 -> r GComplVA `a` f x1 `a` f x2
      GComplVPIVV x1 x2 -> r GComplVPIVV `a` f x1 `a` f x2
      GComplVQ x1 x2 -> r GComplVQ `a` f x1 `a` f x2
      GComplVS x1 x2 -> r GComplVS `a` f x1 `a` f x2
      GComplVV x1 x2 x3 x4 -> r GComplVV `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GExtAdvVP x1 x2 -> r GExtAdvVP `a` f x1 `a` f x2
      GPassAgentVPSlash x1 x2 -> r GPassAgentVPSlash `a` f x1 `a` f x2
      GPassVPSlash x1 -> r GPassVPSlash `a` f x1
      GProgrVP x1 -> r GProgrVP `a` f x1
      GReflVP x1 -> r GReflVP `a` f x1
      GSelfAdVVP x1 -> r GSelfAdVVP `a` f x1
      GSelfAdvVP x1 -> r GSelfAdvVP `a` f x1
      GUseComp x1 -> r GUseComp `a` f x1
      GUseV x1 -> r GUseV `a` f x1
      GContVPC_none x1 x2 -> r GContVPC_none `a` f x1 `a` f x2
      GStartVPC_none x1 x2 x3 -> r GStartVPC_none `a` f x1 `a` f x2 `a` f x3
      GContVPC_np x1 x2 -> r GContVPC_np `a` f x1 `a` f x2
      GStartVPC_np x1 x2 x3 -> r GStartVPC_np `a` f x1 `a` f x2 `a` f x3
      GConjVPI x1 x2 -> r GConjVPI `a` f x1 `a` f x2
      GMkVPI x1 -> r GMkVPI `a` f x1
      GConjVPS x1 x2 -> r GConjVPS `a` f x1 `a` f x2
      GMkVPS x1 x2 x3 -> r GMkVPS `a` f x1 `a` f x2 `a` f x3
      GAdVVPSlash x1 x2 -> r GAdVVPSlash `a` f x1 `a` f x2
      GAdvVPSlash x1 x2 -> r GAdvVPSlash `a` f x1 `a` f x2
      GSlash2V3 x1 x2 -> r GSlash2V3 `a` f x1 `a` f x2
      GSlash3V3 x1 x2 -> r GSlash3V3 `a` f x1 `a` f x2
      GSlashBareV2S x1 x2 -> r GSlashBareV2S `a` f x1 `a` f x2
      GSlashSlashV2V x1 x2 x3 x4 -> r GSlashSlashV2V `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GSlashV2A x1 x2 -> r GSlashV2A `a` f x1 `a` f x2
      GSlashV2Q x1 x2 -> r GSlashV2Q `a` f x1 `a` f x2
      GSlashV2S x1 x2 -> r GSlashV2S `a` f x1 `a` f x2
      GSlashV2V x1 x2 x3 x4 -> r GSlashV2V `a` f x1 `a` f x2 `a` f x3 `a` f x4
      GSlashV2VNP x1 x2 x3 -> r GSlashV2VNP `a` f x1 `a` f x2 `a` f x3
      GSlashV2a x1 -> r GSlashV2a `a` f x1
      GSlashVPIV2V x1 x2 x3 -> r GSlashVPIV2V `a` f x1 `a` f x2 `a` f x3
      GSlashVV x1 x2 -> r GSlashVV `a` f x1 `a` f x2
      GVPSlashPrep x1 x2 -> r GVPSlashPrep `a` f x1 `a` f x2
      GVPSlashVS x1 x2 -> r GVPSlashVS `a` f x1 `a` f x2
      GVocNP x1 -> r GVocNP `a` f x1
      GListAP x1 -> r GListAP `a` foldr (a . a (r (:)) . f) (r []) x1
      GListAdV x1 -> r GListAdV `a` foldr (a . a (r (:)) . f) (r []) x1
      GListAdv x1 -> r GListAdv `a` foldr (a . a (r (:)) . f) (r []) x1
      GListCN x1 -> r GListCN `a` foldr (a . a (r (:)) . f) (r []) x1
      GListIAdv x1 -> r GListIAdv `a` foldr (a . a (r (:)) . f) (r []) x1
      GListNP x1 -> r GListNP `a` foldr (a . a (r (:)) . f) (r []) x1
      GListRS x1 -> r GListRS `a` foldr (a . a (r (:)) . f) (r []) x1
      GListS x1 -> r GListS `a` foldr (a . a (r (:)) . f) (r []) x1
      GListVPI x1 -> r GListVPI `a` foldr (a . a (r (:)) . f) (r []) x1
      GListVPS x1 -> r GListVPS `a` foldr (a . a (r (:)) . f) (r []) x1
      _ -> r t
  
  class Compos t where
    compos :: (forall a. a -> m a) -> (forall a b. m (a -> b) -> m a -> m b)
           -> (forall a. t a -> m (t a)) -> t c -> m (t c)
  
  composOp :: Compos t => (forall a. t a -> t a) -> t c -> t c
  composOp f = runIdentity . composOpM (Identity . f)
  
  composOpM :: (Compos t, Monad m) => (forall a. t a -> m (t a)) -> t c -> m (t c)
  composOpM = compos return ap
  
  composOpM_ :: (Compos t, Monad m) => (forall a. t a -> m ()) -> t c -> m ()
  composOpM_ = composOpFold (return ()) (>>)
  
  composOpMonoid :: (Compos t, Monoid m) => (forall a. t a -> m) -> t c -> m
  composOpMonoid = composOpFold mempty mappend
  
  composOpMPlus :: (Compos t, MonadPlus m) => (forall a. t a -> m b) -> t c -> m b
  composOpMPlus = composOpFold mzero mplus
  
  composOpFold :: Compos t => b -> (b -> b -> b) -> (forall a. t a -> b) -> t c -> b
  composOpFold z c f = unC . compos (\_ -> C z) (\(C x) (C y) -> C (c x y)) (C . f)
  
  newtype C b a = C { unC :: b }
  