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49_a_alresford
I would always choose to live near water, but one can have too much of it.

%3 r_0049_0002__would would r_0049_0004__choose choose r_0049_0002__would->r_0049_0004__choose [scope] r_0049_0001__I I r_0049_0004__choose->r_0049_0001__I [arg0] r_0049_0003__always always r_0049_0004__choose->r_0049_0003__always [nim] r_0049_0005__to_r_0049_0006__live to live r_0049_0004__choose->r_0049_0005__to_r_0049_0006__live [arg1] r_0049_0005__to_r_0049_0006__live->r_0049_0001__I [arg0] r_0049_0008__water water r_0049_0005__to_r_0049_0006__live->r_0049_0008__water near [clr] r_0049_0010__but but r_0049_0010__but->r_0049_0002__would [conj1] r_0049_0012__can can r_0049_0010__but->r_0049_0012__can [conj2] r_0049_0013__have have r_0049_0012__can->r_0049_0013__have [scope] r_0049_0011__one one r_0049_0013__have->r_0049_0011__one [arg0] z_000_49_a_alresford_40 r_0049_0013__have->z_000_49_a_alresford_40 [arg1] z_000_49_a_alresford_40->r_0049_0008__water of r_0049_0015__much much z_000_49_a_alresford_40->r_0049_0015__much [attrib] r_0049_0014__too too r_0049_0015__much->r_0049_0014__too [qual] 
arc(r_0049_0002__would, r_0049_0004__choose, scope).
arc(r_0049_0004__choose, r_0049_0001__I, arg0).
arc(r_0049_0004__choose, r_0049_0003__always, nim10).
arc(r_0049_0004__choose, r_0049_0005__to_r_0049_0006__live, arg1).
arc(r_0049_0005__to_r_0049_0006__live, r_0049_0001__I, arg0).
arc(r_0049_0005__to_r_0049_0006__live, r_0049_0008__water, r_0049_0007__near_clr23).
arc(r_0049_0010__but, r_0049_0002__would, conj1).
arc(r_0049_0010__but, r_0049_0012__can, conj2).
arc(r_0049_0012__can, r_0049_0013__have, scope).
arc(r_0049_0013__have, r_0049_0011__one, arg0).
arc(r_0049_0013__have, z_000_49_a_alresford_40, arg1).
arc(r_0049_0015__much, r_0049_0014__too, qual42).
arc(z_000_49_a_alresford_40, r_0049_0008__water, r_0049_0016__of).
arc(z_000_49_a_alresford_40, r_0049_0015__much, attrib41).


%3 r_0049_0002__would_r_0049_0004__choose would choose r_0049_0001__I I r_0049_0002__would_r_0049_0004__choose->r_0049_0001__I [arg0] r_0049_0003__always always r_0049_0002__would_r_0049_0004__choose->r_0049_0003__always [nim] r_0049_0005__to_r_0049_0006__live to live r_0049_0002__would_r_0049_0004__choose->r_0049_0005__to_r_0049_0006__live [arg1] r_0049_0005__to_r_0049_0006__live->r_0049_0001__I [arg0] r_0049_0008__water water r_0049_0005__to_r_0049_0006__live->r_0049_0008__water near [clr] r_0049_0010__but but r_0049_0010__but->r_0049_0002__would_r_0049_0004__choose [conj1] r_0049_0012__can_r_0049_0013__have can have r_0049_0010__but->r_0049_0012__can_r_0049_0013__have [conj2] r_0049_0011__one one r_0049_0012__can_r_0049_0013__have->r_0049_0011__one [arg0] z_000_49_a_alresford_40 r_0049_0012__can_r_0049_0013__have->z_000_49_a_alresford_40 [arg1] z_000_49_a_alresford_40->r_0049_0008__water of r_0049_0015__much much z_000_49_a_alresford_40->r_0049_0015__much [attrib] r_0049_0014__too too r_0049_0015__much->r_0049_0014__too [qual] 
fof(formula,axiom,
    ? [R_49_10_BUT,R_49_2_WOULD_CHOOSE,R_49_5_TO_LIVE,R_49_1_I,R_49_3_ALWAYS,R_49_12_CAN_HAVE,R_49_11_ONE,Z_49_A_ALRESFORD_40,R_49_15_MUCH,R_49_14_TOO,R_49_8_WATER] :
      ( i(R_49_1_I)
      & always(R_49_3_ALWAYS)
      & one(R_49_11_ONE)
      & too(R_49_14_TOO)
      & water(R_49_8_WATER)
      & but(R_49_10_BUT)
      & conj1(R_49_10_BUT,R_49_2_WOULD_CHOOSE)
      & would_choose(R_49_2_WOULD_CHOOSE,R_49_1_I,R_49_5_TO_LIVE)
      & to_live(R_49_5_TO_LIVE,R_49_1_I)
      & near_clr23(R_49_5_TO_LIVE,R_49_8_WATER)
      & nim10(R_49_2_WOULD_CHOOSE,R_49_3_ALWAYS)
      & conj2(R_49_10_BUT,R_49_12_CAN_HAVE)
      & can_have(R_49_12_CAN_HAVE,R_49_11_ONE,Z_49_A_ALRESFORD_40)
      & z_49_a_alresford_40(Z_49_A_ALRESFORD_40)
      & attrib41(Z_49_A_ALRESFORD_40,R_49_15_MUCH)
      & much(R_49_15_MUCH)
      & qual42(R_49_15_MUCH,R_49_14_TOO)
      & of(Z_49_A_ALRESFORD_40,R_49_8_WATER) ) ).


n49_a_alresford n49_a_alresford_6 I n49_a_alresford_8 would n49_a_alresford_12 always n49_a_alresford_14 choose n49_a_alresford_17 to n49_a_alresford_19 live n49_a_alresford_22 near n49_a_alresford_25 water n49_a_alresford_27 , n49_a_alresford_30 but n49_a_alresford_34 one n49_a_alresford_36 can n49_a_alresford_39 have n49_a_alresford_44 too n49_a_alresford_46 much n49_a_alresford_49 of n49_a_alresford_52 it n49_a_alresford_54 . n49_a_alresford_1 IP-MAT n49_a_alresford_2 ILYR n49_a_alresford_1->n49_a_alresford_2 n49_a_alresford_53 PUNC n49_a_alresford_1->n49_a_alresford_53 n49_a_alresford_3 ILYR n49_a_alresford_2->n49_a_alresford_3 n49_a_alresford_26 PUNC n49_a_alresford_2->n49_a_alresford_26 n49_a_alresford_28 CONJP n49_a_alresford_2->n49_a_alresford_28 n49_a_alresford_4 NP-SBJ n49_a_alresford_3->n49_a_alresford_4 n49_a_alresford_7 MD;_cat_Vi_ n49_a_alresford_3->n49_a_alresford_7 n49_a_alresford_9 IP-INF-CAT n49_a_alresford_3->n49_a_alresford_9 n49_a_alresford_5 PRO n49_a_alresford_4->n49_a_alresford_5 n49_a_alresford_5->n49_a_alresford_6 n49_a_alresford_7->n49_a_alresford_8 n49_a_alresford_10 ADVP-NIM n49_a_alresford_9->n49_a_alresford_10 n49_a_alresford_13 VB;_Tt_ n49_a_alresford_9->n49_a_alresford_13 n49_a_alresford_15 IP-INF-OB1 n49_a_alresford_9->n49_a_alresford_15 n49_a_alresford_11 ADV n49_a_alresford_10->n49_a_alresford_11 n49_a_alresford_11->n49_a_alresford_12 n49_a_alresford_13->n49_a_alresford_14 n49_a_alresford_16 TO n49_a_alresford_15->n49_a_alresford_16 n49_a_alresford_18 VB;_Ipr_ n49_a_alresford_15->n49_a_alresford_18 n49_a_alresford_20 PP-CLR n49_a_alresford_15->n49_a_alresford_20 n49_a_alresford_16->n49_a_alresford_17 n49_a_alresford_18->n49_a_alresford_19 n49_a_alresford_21 P-ROLE n49_a_alresford_20->n49_a_alresford_21 n49_a_alresford_23 NP n49_a_alresford_20->n49_a_alresford_23 n49_a_alresford_21->n49_a_alresford_22 n49_a_alresford_24 N n49_a_alresford_23->n49_a_alresford_24 n49_a_alresford_24->n49_a_alresford_25 n49_a_alresford_26->n49_a_alresford_27 n49_a_alresford_29 CONJ n49_a_alresford_28->n49_a_alresford_29 n49_a_alresford_31 ILYR n49_a_alresford_28->n49_a_alresford_31 n49_a_alresford_29->n49_a_alresford_30 n49_a_alresford_32 NP-SBJ n49_a_alresford_31->n49_a_alresford_32 n49_a_alresford_35 MD;_cat_Vi_ n49_a_alresford_31->n49_a_alresford_35 n49_a_alresford_37 IP-INF-CAT n49_a_alresford_31->n49_a_alresford_37 n49_a_alresford_33 PRO n49_a_alresford_32->n49_a_alresford_33 n49_a_alresford_33->n49_a_alresford_34 n49_a_alresford_35->n49_a_alresford_36 n49_a_alresford_38 HV;_Tn_ n49_a_alresford_37->n49_a_alresford_38 n49_a_alresford_40 NP-OB1 n49_a_alresford_37->n49_a_alresford_40 n49_a_alresford_38->n49_a_alresford_39 n49_a_alresford_41 ADJP n49_a_alresford_40->n49_a_alresford_41 n49_a_alresford_47 PP n49_a_alresford_40->n49_a_alresford_47 n49_a_alresford_42 ADVP n49_a_alresford_41->n49_a_alresford_42 n49_a_alresford_45 ADJ n49_a_alresford_41->n49_a_alresford_45 n49_a_alresford_43 ADV n49_a_alresford_42->n49_a_alresford_43 n49_a_alresford_43->n49_a_alresford_44 n49_a_alresford_45->n49_a_alresford_46 n49_a_alresford_48 P-ROLE n49_a_alresford_47->n49_a_alresford_48 n49_a_alresford_50 NP n49_a_alresford_47->n49_a_alresford_50 n49_a_alresford_48->n49_a_alresford_49 n49_a_alresford_51 PRO n49_a_alresford_50->n49_a_alresford_51 n49_a_alresford_51->n49_a_alresford_52 n49_a_alresford_53->n49_a_alresford_54 
( (IP-MAT (ILYR (ILYR (NP-SBJ (PRO I;{I}))
                      (MD;_cat_Vi_ would;{will})
                      (IP-INF-CAT (ADVP-NIM (ADV always;{always}))
                                  (VB;_Tt_ choose;{choose})
                                  (IP-INF-OB1 (TO to;{to})
                                              (VB;_Ipr_ live;{live[near]})
                                              (PP-CLR (P-ROLE near;{near})
                                                      (NP;{WATER} (N water;{water}))))))
                (PUNC ,)
                (CONJP (CONJ but;{but})
                       (ILYR (NP-SBJ (PRO one;{one}))
                             (MD;_cat_Vi_ can;{can})
                             (IP-INF-CAT (HV;_Tn_ have;{have})
                                         (NP-OB1 (ADJP (ADVP (ADV too;{too}))
                                                       (ADJ much;{much}))
                                                 (PP (P-ROLE of;{of})
                                                     (NP;{WATER} (PRO it;{it}))))))))
          (PUNC .))
  (ID 49_a_alresford))