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mat-1.c
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node: IP-MAT*
define: GTRC.def
// count clitics, neg, traces
ignore_nodes: CODE|ID|ITJ*|LS|META|NP-VOC|PON*|REF
coding_query:
// TEXT
1: {
besti_r: (1128-best* inID)
gormo_r: (1130-gorm* inID)
juise_r: (1138-Juis* inID)
lapid_p: (1150-Lapi* inID)
psorn_p: (1150-PsOr* inID)
enea1_r: (1155-eneas1* inID)
enea2_r: (1155-eneas2* inID)
provs_p: (1165-Prov* inID)
becke_r: (1173-beck* inID)
bendu_p: (1174-BenD* inID)
fanto_r: (1175-Fant* inID)
mirnd_r: (1175-MirN* inID)
adgar_r: (1183-adga* inID)
cobe__r: (1185-cobe* inID)
blond_r: (1190-Blon* inID)
digr1_p: (1190-DialGreg1* inID)
digr2_p: (1190-DialGreg2* inID)
diame_p: (1200-DialA* inID)
sermm_p: (1200-Serm* inID)
stras_p: (*STRASB* inID)
eulal_p: (*EULAL* inID)
leger_v: (*LEGER* inID)
passi_p: (*PASSION* inID)
alexi_v: (*ALEXIS* inID)
rolan_v: (*ROLAND* inID)
lapid_r: (*LAPID* inID)
brend_r: (*BRENDAN* inID)
quatr_p: (*QUATRE* inID)
marie_r: (*MARIE* inID)
yvain_r: (*YVAIN* inID)
berna_p: (*BERN* inID)
boron_r: (*BORON-R* inID)
clari_p: (*CLARI* inID)
boron_p: (*BORON-P* inID)
eustf_r: (*EUSTACE-FISHER-R* inID)
quest_p: (*QUESTE* inID)
agnes_p: (*AGNES* inID)
aucas_p: (*AUCASSIN-*-P* inID)
aucas_v: (*AUCASSIN-*-V* inID)
eustp_r: (*EUSTACE-PETERSEN-R* inID)
turpi_p: (*TURPIN* inID)
eustm_p: (*EUSTACE-MURRAY-P* inID)
somme_p: (*SOMME* inID)
cassi_p: (*CASSIDORUS* inID)
joinv_p: (*JOINVILLE* inID)
perce_p: (*PERCEFOREST* inID)
frois_p: (*FROISSART-P* inID)
froi1_p: (*FROISSART-1* inID)
froi2_p: (*FROISSART-2* inID)
froi3_p: (*FROISSART-3* inID)
froi4_p: (*FROISSART-4* inID)
froi5_p: (*FROISSART-5* inID)
froi6_p: (*FROISSART-6* inID)
froi7_p: (*FROISSART-7* inID)
froi8_p: (*FROISSART-8* inID)
prise_r: (*PRISE* inID)
xvjoi_p: (*XV-JOIES* inID)
cnna__p: (*CNNA* inID)
commy_p: (*COMMYNES* inID)
newte_p: (*NEW-TEST* inID)
bayar_p: (*BAYART* inID)
valoi_p: (*VALOIS* inID)
#1: ELSE
}
// filled in by add-dates-french
2: { -: ELSE
}
// filled in by add-dates-french
3: { -: ELSE
}
// CLAUSE TYPE
4: { Gap: (IP-MAT*=* exists)
Mat: (IP-MAT* exists)
-: ELSE
}
// SUBJECT
// type of subject
5: {
// overt subject
#5: (IP-MAT* iDoms CL-NP-SBJ*)
s_Pro: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDoms PRO) AND (PRO iDoms weakSubjPronoun)
s_Dem: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDoms PRO) AND (PRO iDoms !weakSubjPronoun)
s_Exp: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDoms PROIMP)
s_NP: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDomsMod NP fullNP)
s_Frl: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDomsFirst CP-FRL*)
s_CP: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDomsOnly CP*)
s_IP: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDomsOnly IP-MAT|IP-MAT-SPE)
s_Inf: (IP-MAT* iDoms *IP-INF-SBJ*)
// silent subject
// traces (for parallelism with subordinate clauses)
#5: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDoms \*ICH\**)
#5: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDoms \*T\**)
s_exp: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDoms \*proimp\*)
// clearly pro
s_pro: (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDoms \*pro\*)
// clearly pro
s_pro: (IP-MAT* iDoms conjCoord)
AND (conjCoord iDoms [cCkK]ar|que)
AND (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDoms \*con\*)
// pro because LFD incompatible with conjunction analysis
s_pro: (IP-MAT* iDomsNum 1 conjCoord)
AND (IP-MAT* iDomsNum 2 *-LFD)
AND (IP-MAT* iDomsNum 4 NP-SBJ*)
AND (NP-SBJ* iDoms \*con\*)
AND (IP-MAT* iDomsNum 5 finiteAll)
// ambiguous between (1) topicalization (= pro) and (2) left-adjoined adverb or OV (= con)
// PPs currently all treated as left-adjoined although some are clearly arguments
s_amb1: (IP-MAT* iDomsNum 1 conjCoord)
AND (IP-MAT* iDomsNum 3 NP-SBJ*)
AND (NP-SBJ* iDoms \*con\*)
AND (IP-MAT* iDomsNum 4 finiteAll)
// clearly conjoined
s_con: (IP-MAT* iDomsNum 1 conjCoord)
AND (IP-MAT* iDomsNum 2 NP-SBJ*)
AND (NP-SBJ* iDoms \*con\*)
AND (IP-MAT* iDomsNum 3 finiteAll)
// remaining *con* with conjunction
s_con: (IP-MAT* iDoms conjCoord)
AND (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDoms \*con\*)
// treated as unambiguously *pro* even though some are conjuncts with silent conjunctions
// these will need to be fixed by adding (CONJ *) and will then collapse with \2
s_amb2: (IP-MAT* iDoms !conjCoord)
AND (IP-MAT* iDomsNum 2 NP-SBJ*)
AND (NP-SBJ* iDoms \*con\*)
AND (IP-MAT* iDomsNum 3 finiteAll)
// same as \4
s_amb3: (IP-MAT* iDoms !conjCoord)
AND (IP-MAT* iDoms NP-SBJ*) AND (NP-SBJ* iDoms \*con\*)
#5: (IP-MAT* iDoms *-SBJ*)
-: ELSE
}
// FINITE (= HIGHEST) VERB
// type
6: { coord: (IP-MAT* iDoms finiteAll) AND (finiteAll iDoms CONJ[OP])
aux-avoir: (IP-MAT* iDoms AJ)
aux-etre: (IP-MAT* iDoms EJ)
mod-dev: (IP-MAT* iDoms MDJ) AND (MDJ iDoms [dD].*)
mod-pouv: (IP-MAT* iDoms MDJ) AND (MDJ iDoms [pP].*|rep*)
mod-voul: (IP-MAT* iDoms MDJ) AND (MDJ iDoms [uUvVwW].*|bee)
mod: (IP-MAT* iDoms MDJ)
avoir-sc-vpp: (IP-MAT* iDoms VJ) AND (VJ iDoms avoir) AND (IP-MAT* iDomsMod ECM-IP-SMC* VPP*)
main-sc-vpp: (IP-MAT* iDoms VJ) AND (IP-MAT* iDomsMod ECM-IP-SMC* VPP*)
main-sc: (IP-MAT* iDoms VJ) AND (IP-MAT* iDoms ECM-IP-SMC*)
main-ecm: (IP-MAT* iDoms VJ) AND (IP-MAT* iDoms ECM-IP-INF*)
main-etre: (IP-MAT* iDoms VJ) AND (VJ iDoms etre)
main-avoir: (IP-MAT* iDoms VJ) AND (VJ iDoms avoir)
main: (IP-MAT* iDoms VJ)
-: ELSE
}
// ORDER
// subject and finite verb
// 7: { in mat-2.c
// }
// subject and nonfinite verb
8: {
// ordinary
s-non: (IP-MAT* iDoms VPP*|PARTP*) AND (IP-MAT* iDoms !movedPart) AND (IP-MAT* iDoms *-SBJ*) AND (*-SBJ* precedes VPP*|PARTP*)
non-s: (IP-MAT* iDoms VPP*|PARTP*) AND (IP-MAT* iDoms !movedPart) AND (IP-MAT* iDoms *-SBJ*) AND (VPP*|PARTP* precedes *-SBJ*)
// infinitive in situ
s-non: (IP-MAT* iDoms MOD-IP-INF*|ECM-IP-INF*) AND (IP-MAT* iDoms !movedInf) AND (IP-MAT* iDoms *-SBJ*) AND (*-SBJ* precedes MOD-IP-INF*|ECM-IP-INF*)
non-s: (IP-MAT* iDoms MOD-IP-INF*|ECM-IP-INF*) AND (IP-MAT* iDoms !movedInf) AND (IP-MAT* iDoms *-SBJ*) AND (MOD-IP-INF*|ECM-IP-INF* precedes *-SBJ*)
// infinitive or participle moved
s-non: (IP-MAT* iDoms movedInf|movedPart) AND (IP-MAT* iDoms *-SBJ*) AND (*-SBJ* precedes movedInf|movedPart)
non-s: (IP-MAT* iDoms movedInf|movedPart) AND (IP-MAT* iDoms *-SBJ*) AND (movedInf|movedPart precedes *-SBJ*)
-: ELSE
}
// finite and nonfinite verb
9: { no-aux: (IP-MAT* iDoms !AJ|EJ|MDJ)
// ordinary
fin-non: (IP-MAT* iDomsMod PARTP* VPP*) AND (IP-MAT* iDoms !movedPart) AND (IP-MAT* iDoms [AE]J) AND ([AE]J precedes VPP*)
non-fin: (IP-MAT* iDomsMod PARTP* VPP*) AND (IP-MAT* iDoms !movedPart) AND (IP-MAT* iDoms [AE]J) AND (VPP* precedes [AE]J)
// infinitive in situ
fin-non: (IP-MAT* iDoms MOD-IP-INF*|ECM-IP-INF*) AND (IP-MAT* iDoms !movedInf) AND (IP-MAT* iDoms MDJ|VJ) AND (MDJ|VJ precedes MOD-IP-INF*|ECM-IP-INF*)
non-fin: (IP-MAT* iDoms MOD-IP-INF*|ECM-IP-INF*) AND (IP-MAT* iDoms !movedInf) AND (IP-MAT* iDoms MDJ|VJ) AND (MOD-IP-INF*|ECM-IP-INF* precedes MDJ|VJ)
// infinitive or participle moved
fin-non: (IP-MAT* iDoms movedInf|movedPart) AND (IP-MAT* iDoms [AEV]J|MDJ) AND ([AEV]J|MDJ precedes movedInf|movedPart)
non-fin: (IP-MAT* iDoms movedInf|movedPart) AND (IP-MAT* iDoms [AEV]J|MDJ) AND (movedInf|movedPart precedes [AEV]J|MDJ)
-: ELSE
}
// DIRECT OBJECT
// type
10: {
// exclude dative subjects in ECM contexts
-: (IP-MAT* iDoms ECM-IP-INF*) AND (ECM-IP-INF* iDomsMod NP-ECM-SBJ*|NP DAT)
// exclude raised passive subjects in ECM contexts
-: (IP-MAT* iDoms *-SBJ*) AND (IP-MAT* iDoms EJ|EPP)
AND (IP-MAT* iDomsMod ECM-IP* *NP-ECM-SBJ*) AND (*NP-ECM-SBJ* iDoms \**) AND (*-SBJ* sameIndex \**)
// exclude *arb*, *pro*, *proimp* in ECM contexts
-: (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDoms \*arb\*|\*pro\*|\*proimp\*)
// exclude plain *
-: (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-ACC*) AND (NP-ACC* iDoms \*)
-: (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDoms \*)
// trace
#10: (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-ACC*) AND (NP-ACC* iDoms \*T*)
#10: (IP-MAT* iDomsMod ECM-IP* *NP-ECM-SBJ*) AND (*NP-ECM-SBJ* iDoms \*T*)
// monoclausal case without movement (including modal and PARTP cases)
o_Res: (IP-MAT* iDoms !movedAcc|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-ACC*RSP*)
o_res: (IP-MAT* iDoms !movedAcc|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* CL-NP-ACC*RSP*)
o_cli: (IP-MAT* iDoms !movedAcc|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* CL-NP-ACC*)
o_np: (IP-MAT* iDoms !movedAcc|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-ACC*) AND (NP-ACC* iDomsMod NP fullNP)
o_pro: (IP-MAT* iDoms !movedAcc|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-ACC*) AND (NP-ACC* iDoms PRO)
o_frl: (IP-MAT* iDoms !movedAcc|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-ACC*) AND (NP-ACC* iDomsFirst CP-FRL*)
o_cp: (IP-MAT* iDoms !movedAcc|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-ACC*) AND (NP-ACC* iDomsOnly CP*)
o_ip: (IP-MAT* iDoms !movedAcc|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-ACC*) AND (NP-ACC* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms !movedAcc|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-ACC*)
// // prd
// p_Res: (IP-MAT* iDoms !movedPrd|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-PRD*RSP*)
// p_res: (IP-MAT* iDoms !movedPrd|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* CL-NP-PRD*RSP*)
p_cli: (IP-MAT* iDoms !movedPrd|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* CL-NP-PRD*)
p_np: (IP-MAT* iDoms !movedPrd|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-PRD*) AND (NP-PRD* iDomsMod NP fullNP)
// p_pro: (IP-MAT* iDoms !movedPrd|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-PRD*) AND (NP-PRD* iDoms PRO)
// p_frl: (IP-MAT* iDoms !movedPrd|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-PRD*) AND (NP-PRD* iDomsFirst CP-FRL*)
// p_cp: (IP-MAT* iDoms !movedPrd|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-PRD*) AND (NP-PRD* iDomsOnly CP*)
// p_ip: (IP-MAT* iDoms !movedPrd|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-PRD*) AND (NP-PRD* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms !movedPrd|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-PRD*)
// ECM case without movement
O_Res: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*RSP*)
O_res: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* CL-NP-ECM-SBJ*RSP*)
O_cli: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* CL-NP-ECM-SBJ*)
O_np: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsMod NP fullNP)
O_pro: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDoms PRO)
O_frl: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsFirst CP-FRL*)
O_cp: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsOnly CP*)
O_ip: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*)
// modal - infinitive moved, object moved
o_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ACC-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-NP-ACC-RSP*)
o_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms CL-NP-ACC-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-NP-ACC-RSP*)
o_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms CL-NP-ACC-MOVED*)
o_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ACC-MOVED*) AND (NP-ACC-MOVED* iDomsMod NP fullNP)
o_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ACC-MOVED*) AND (NP-ACC-MOVED* iDoms PRO)
o_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ACC-MOVED*) AND (NP-ACC-MOVED* iDomsFirst CP-FRL*)
o_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ACC-MOVED*) AND (NP-ACC-MOVED* iDomsOnly CP*)
o_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ACC-MOVED*) AND (NP-ACC-MOVED* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ACC-MOVED*)
// // prd
// p_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-PRD-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-NP-PRD-RSP*)
// p_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms CL-NP-PRD-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-NP-PRD-RSP*)
p_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms CL-NP-PRD-MOVED*)
p_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-PRD-MOVED*) AND (NP-PRD-MOVED* iDomsMod NP fullNP)
// p_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-PRD-MOVED*) AND (NP-PRD-MOVED* iDoms PRO)
// p_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-PRD-MOVED*) AND (NP-PRD-MOVED* iDomsFirst CP-FRL*)
// p_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-PRD-MOVED*) AND (NP-PRD-MOVED* iDomsOnly CP*)
// p_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-PRD-MOVED*) AND (NP-PRD-MOVED* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-PRD-MOVED*)
// modal - infinitive moved, object in situ
o_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-ACC-RSP*)
o_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* CL-NP-ACC-RSP*)
o_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* CL-NP-ACC*)
o_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-ACC*) AND (NP-ACC* iDomsMod NP fullNP)
o_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-ACC*) AND (NP-ACC* iDoms PRO)
o_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-ACC*) AND (NP-ACC* iDomsFirst CP-FRL*)
o_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-ACC*) AND (NP-ACC* iDomsOnly CP*)
o_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-ACC*) AND (NP-ACC* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-ACC*)
// // prd
// p_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-PRD-RSP*)
// p_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* CL-NP-PRD-RSP*)
p_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* CL-NP-PRD*)
p_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-PRD*) AND (NP-PRD* iDomsMod NP fullNP)
// p_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-PRD*) AND (NP-PRD* iDoms PRO)
// p_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-PRD*) AND (NP-PRD* iDomsFirst CP-FRL*)
// p_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-PRD*) AND (NP-PRD* iDomsOnly CP*)
// p_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-PRD*) AND (NP-PRD* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-PRD*)
// modal - infinitive in situ, object moved; PARTP - object moved
o_Res: (IP-MAT* iDoms NP-ACC-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-NP-ACC-RSP*)
o_res: (IP-MAT* iDoms CL-NP-ACC-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-NP-ACC-RSP*)
o_cli: (IP-MAT* iDoms CL-NP-ACC-MOVED*)
o_np: (IP-MAT* iDoms NP-ACC-MOVED*) AND (NP-ACC-MOVED* iDomsMod NP fullNP)
o_pro: (IP-MAT* iDoms NP-ACC-MOVED*) AND (NP-ACC-MOVED* iDoms PRO)
o_frl: (IP-MAT* iDoms NP-ACC-MOVED*) AND (NP-ACC-MOVED* iDomsFirst CP-FRL*)
o_cp: (IP-MAT* iDoms NP-ACC-MOVED*) AND (NP-ACC-MOVED* iDomsOnly CP*)
o_ip: (IP-MAT* iDoms NP-ACC-MOVED*) AND (NP-ACC-MOVED* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms NP-ACC-MOVED*)
// // prd
// p_Res: (IP-MAT* iDoms NP-PRD-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-NP-PRD-RSP*)
// p_res: (IP-MAT* iDoms CL-NP-PRD-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-NP-PRD-RSP*)
p_cli: (IP-MAT* iDoms CL-NP-PRD-MOVED*)
p_np: (IP-MAT* iDoms NP-PRD-MOVED*) AND (NP-PRD-MOVED* iDomsMod NP fullNP)
// p_pro: (IP-MAT* iDoms NP-PRD-MOVED*) AND (NP-PRD-MOVED* iDoms PRO)
// p_frl: (IP-MAT* iDoms NP-PRD-MOVED*) AND (NP-PRD-MOVED* iDomsFirst CP-FRL*)
// p_cp: (IP-MAT* iDoms NP-PRD-MOVED*) AND (NP-PRD-MOVED* iDomsOnly CP*)
// p_ip: (IP-MAT* iDoms NP-PRD-MOVED*) AND (NP-PRD-MOVED* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms NP-PRD-MOVED*)
// small clause - infinitive moved, subject moved
O_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (IP-MAT* iDomsMod ECM-IP* ZZZ-NP-ECM-SBJ*RSP*)
O_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms CL-NP-ECM-MOVED*) AND (IP-MAT* iDomsMod ECM-IP* ZZZ-CL-NP-ECM-SBJ*RSP*)
O_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms CL-NP-ECM-MOVED*)
O_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsMod NP fullNP)
O_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDoms PRO)
O_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsFirst CP-FRL*)
O_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsOnly CP*)
O_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*)
// small clause - infinitive moved, subject in situ
O_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*RSP*)
O_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* CL-NP-ECM-SBJ*RSP*)
O_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* CL-NP-ECM-SBJ*)
O_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsMod NP fullNP)
O_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDoms PRO)
O_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsFirst CP-FRL*)
O_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsOnly CP*)
O_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*)
// small clause - infinitive in situ, subject moved
O_Res: (IP-MAT* iDoms NP-ECM-MOVED*) AND (IP-MAT* iDoms ECM-IP*) AND (ECM-IP* iDomsMod ZZZ-NP-ECM-SBJ*RSP* \**)
O_res: (IP-MAT* iDoms CL-NP-ECM-MOVED*) AND (IP-MAT* iDoms ECM-IP*) AND (ECM-IP* iDomsMod ZZZ-NP-ECM-SBJ*RSP* \**)
O_cli: (IP-MAT* iDoms CL-NP-ECM-MOVED*)
O_np: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsMod NP fullNP)
O_pro: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDoms PRO)
O_frl: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsFirst CP-FRL*)
O_cp: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsOnly CP*)
O_ip: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsOnly IP-MAT|IP-MAT-SPE)
#10: (IP-MAT* iDoms NP-ECM-MOVED*)
-: ELSE
}
// INDIRECT OBJECT
// type
11: {
// include dative subjects in ECM contexts (see below)
// exclude raised passive subjects in ECM contexts
-: (IP-MAT* iDoms *-SBJ*) AND (IP-MAT* iDoms EJ|EPP)
AND (IP-MAT* iDomsMod ECM-IP* *NP-ECM-SBJ*) AND (*NP-ECM-SBJ* iDoms \**) AND (*-SBJ* sameIndex \**)
// exclude *arb*, *pro*, *proimp* in ECM contexts
-: (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDoms \*arb\*|\*pro\*|\*proimp\*)
// exclude plain *
-: (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-DTV*) AND (NP-DTV* iDoms \*)
-: (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDoms \*)
// trace
#11: (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-DTV*) AND (NP-DTV* iDoms \*T*)
#11: (IP-MAT* iDomsMod ECM-IP* *NP-ECM-SBJ*) AND (*NP-ECM-SBJ* iDoms \*T*)
// monoclausal case without movement (including modal and PARTP cases)
o_Res: (IP-MAT* iDoms !movedDtv|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-DTV*RSP*)
o_res: (IP-MAT* iDoms !movedDtv|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* CL-NP-DTV*RSP*)
o_cli: (IP-MAT* iDoms !movedDtv|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* CL-NP-DTV*)
o_np: (IP-MAT* iDoms !movedDtv|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-DTV*) AND (NP-DTV* iDomsMod NP fullNP)
o_pro: (IP-MAT* iDoms !movedDtv|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-DTV*) AND (NP-DTV* iDoms PRO)
o_frl: (IP-MAT* iDoms !movedDtv|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-DTV*) AND (NP-DTV* iDomsFirst CP-FRL*)
o_cp: (IP-MAT* iDoms !movedDtv|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-DTV*) AND (NP-DTV* iDomsOnly CP*)
o_ip: (IP-MAT* iDoms !movedDtv|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-DTV*) AND (NP-DTV* iDomsOnly IP-MAT|IP-MAT-SPE)
#11: (IP-MAT* iDoms !movedDtv|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* NP-DTV*)
// ECM case without movement
O_Res: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*RSP*) AND (NP-ECM-SBJ*RSP* iDoms DAT)
O_res: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* CL-NP-ECM-SBJ*RSP*) AND (CL-NP-ECM-SBJ*RSP* iDoms DAT)
O_cli: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* CL-NP-ECM-SBJ*) AND (CL-NP-ECM-SBJ* iDoms DAT)
O_np: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsMod NP fullNP) AND (NP-ECM-SBJ* iDoms DAT)
O_pro: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDoms PRO) AND (NP-ECM-SBJ* iDoms DAT)
O_frl: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsFirst CP-FRL*) AND (NP-ECM-SBJ* iDoms DAT)
O_cp: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsOnly CP*) AND (NP-ECM-SBJ* iDoms DAT)
O_ip: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsOnly IP-MAT|IP-MAT-SPE) AND (NP-ECM-SBJ* iDoms DAT)
#11: (IP-MAT* iDoms !movedEcmSbj|movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDoms DAT)
// modal - infinitive moved, object moved
o_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-DTV-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-NP-DTV-RSP*)
o_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms CL-NP-DTV-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-NP-DTV-RSP*)
o_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms CL-NP-DTV-MOVED*)
o_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-DTV-MOVED*) AND (NP-DTV-MOVED* iDomsMod NP fullNP)
o_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-DTV-MOVED*) AND (NP-DTV-MOVED* iDoms PRO)
o_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-DTV-MOVED*) AND (NP-DTV-MOVED* iDomsFirst CP-FRL*)
o_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-DTV-MOVED*) AND (NP-DTV-MOVED* iDomsOnly CP*)
o_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-DTV-MOVED*) AND (NP-DTV-MOVED* iDomsOnly IP-MAT|IP-MAT-SPE)
#11: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-DTV-MOVED*)
// modal - infinitive moved, object in situ
o_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-DTV-RSP*)
o_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* CL-NP-DTV-RSP*)
o_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* CL-NP-DTV*)
o_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-DTV*) AND (NP-DTV* iDomsMod NP fullNP)
o_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-DTV*) AND (NP-DTV* iDoms PRO)
o_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-DTV*) AND (NP-DTV* iDomsFirst CP-FRL*)
o_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-DTV*) AND (NP-DTV* iDomsOnly CP*)
o_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-DTV*) AND (NP-DTV* iDomsOnly IP-MAT|IP-MAT-SPE)
#11: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* NP-DTV*)
// modal - infinitive in situ, object moved; PARTP - object moved
o_Res: (IP-MAT* iDoms NP-DTV-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-NP-DTV-RSP*)
o_res: (IP-MAT* iDoms CL-NP-DTV-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-NP-DTV-RSP*)
o_cli: (IP-MAT* iDoms CL-NP-DTV-MOVED*)
o_np: (IP-MAT* iDoms NP-DTV-MOVED*) AND (NP-DTV-MOVED* iDomsMod NP fullNP)
o_pro: (IP-MAT* iDoms NP-DTV-MOVED*) AND (NP-DTV-MOVED* iDoms PRO)
o_frl: (IP-MAT* iDoms NP-DTV-MOVED*) AND (NP-DTV-MOVED* iDomsFirst CP-FRL*)
o_cp: (IP-MAT* iDoms NP-DTV-MOVED*) AND (NP-DTV-MOVED* iDomsOnly CP*)
o_ip: (IP-MAT* iDoms NP-DTV-MOVED*) AND (NP-DTV-MOVED* iDomsOnly IP-MAT|IP-MAT-SPE)
#11: (IP-MAT* iDoms NP-DTV-MOVED*)
// small clause - infinitive moved, subject moved
O_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (IP-MAT* iDomsMod ECM-IP* ZZZ-NP-ECM-SBJ*RSP*) AND (NP-ECM-MOVED* iDoms DAT)
O_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms CL-NP-ECM-MOVED*) AND (IP-MAT* iDomsMod ECM-IP* ZZZ-CL-NP-ECM-SBJ*RSP*) AND (CL-NP-ECM-MOVED* iDoms DAT)
O_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms CL-NP-ECM-MOVED*) AND (CL-NP-ECM-MOVED* iDoms DAT)
O_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsMod NP fullNP) AND (NP-ECM-MOVED* iDoms DAT)
O_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDoms PRO) AND (NP-ECM-MOVED* iDoms DAT)
O_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsFirst CP-FRL*) AND (NP-ECM-MOVED* iDoms DAT)
O_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsOnly CP*) AND (NP-ECM-MOVED* iDoms DAT)
O_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsOnly IP-MAT|IP-MAT-SPE) AND (NP-ECM-MOVED* iDoms DAT)
#11: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDoms DAT)
// small clause - infinitive moved, subject in situ
O_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*RSP*) AND (NP-ECM-SBJ*RSP* iDoms DAT)
O_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* CL-NP-ECM-SBJ*RSP*) AND (CL-NP-ECM-SBJ*RSP* iDoms DAT)
O_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* CL-NP-ECM-SBJ*) AND (CL-NP-ECM-SBJ* iDoms DAT)
O_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsMod NP fullNP) AND (NP-ECM-SBJ* iDoms DAT)
O_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDoms PRO) AND (NP-ECM-SBJ* iDoms DAT)
O_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsFirst CP-FRL*) AND (NP-ECM-SBJ* iDoms DAT)
O_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsOnly CP*) AND (NP-ECM-SBJ* iDoms DAT)
O_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDomsOnly IP-MAT|IP-MAT-SPE) AND (NP-ECM-SBJ* iDoms DAT)
#11: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod ECM-IP* NP-ECM-SBJ*) AND (NP-ECM-SBJ* iDoms DAT)
// small clause - infinitive in situ, subject moved
O_Res: (IP-MAT* iDoms NP-ECM-MOVED*) AND (IP-MAT* iDoms ECM-IP*) AND (ECM-IP* iDomsMod ZZZ-NP-ECM-SBJ*RSP* \**) AND (NP-ECM-MOVED* iDoms DAT)
O_res: (IP-MAT* iDoms CL-NP-ECM-MOVED*) AND (IP-MAT* iDoms ECM-IP*) AND (ECM-IP* iDomsMod ZZZ-NP-ECM-SBJ*RSP* \**) AND (CL-NP-ECM-MOVED* iDoms DAT)
O_cli: (IP-MAT* iDoms CL-NP-ECM-MOVED*) AND (CL-NP-ECM-MOVED* iDoms DAT)
O_np: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsMod NP fullNP) AND (NP-ECM-MOVED* iDoms DAT)
O_pro: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDoms PRO) AND (NP-ECM-MOVED* iDoms DAT)
O_frl: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsFirst CP-FRL*) AND (NP-ECM-MOVED* iDoms DAT)
O_cp: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsOnly CP*) AND (NP-ECM-MOVED* iDoms DAT)
O_ip: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDomsOnly IP-MAT|IP-MAT-SPE) AND (NP-ECM-MOVED* iDoms DAT)
#11: (IP-MAT* iDoms NP-ECM-MOVED*) AND (NP-ECM-MOVED* iDoms DAT)
-: ELSE
}
// FIRST PP
// type of PP
12: {
// no ECM contexts
// trace
#12: (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP) AND (firstPP iDoms \*T*)
// monoclausal case without movement (including modal and PARTP cases)
xxx: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-PP-XXX*)
arg: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-PP-ARG*)
dir: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-PP-DIR*)
loc: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-PP-LOC*)
mod: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-PP-MOD*)
msr: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-PP-MSR*)
prd: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-PP-PRD*)
tmp: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-PP-TMP*)
#12: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP)
// modal - infinitive moved, PP moved
xxx: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms FIRST-PP-XXX-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP-*)
arg: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms FIRST-PP-ARG-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP-*)
dir: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms FIRST-PP-DIR-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP-*)
loc: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms FIRST-PP-LOC-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP-*)
mod: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms FIRST-PP-MOD-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP-*)
msr: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms FIRST-PP-MSR-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP-*)
prd: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms FIRST-PP-PRD-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP-*)
tmp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms FIRST-PP-TMP-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP-*)
#12: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms movedFirstPP) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP-*)
// modal - infinitive moved, PP in situ
xxx: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-PP-XXX*)
arg: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-PP-ARG*)
dir: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-PP-DIR*)
loc: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-PP-LOC*)
mod: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-PP-MOD*)
msr: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-PP-MSR*)
prd: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-PP-PRD*)
tmp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-PP-TMP*)
#12: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* firstPP)
// modal - infinitive in situ, PP moved; PARTP - PP moved
xxx: (IP-MAT* iDoms FIRST-PP-XXX-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP-*)
arg: (IP-MAT* iDoms FIRST-PP-ARG-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP-*)
dir: (IP-MAT* iDoms FIRST-PP-DIR-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP-*)
loc: (IP-MAT* iDoms FIRST-PP-LOC-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP-*)
mod: (IP-MAT* iDoms FIRST-PP-MOD-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP-*)
msr: (IP-MAT* iDoms FIRST-PP-MSR-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP-*)
prd: (IP-MAT* iDoms FIRST-PP-PRD-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP-*)
tmp: (IP-MAT* iDoms FIRST-PP-TMP-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP-*)
#12: (IP-MAT* iDoms movedFirstPP) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP-*)
-: ELSE
}
// FIRST PP
// preposition is A or not
13: {
// trace
#13: (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP) AND (firstPP iDoms \*T*)
// monoclausal case without movement (including modal and PARTP cases)
y: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP) AND (firstPP iDomsMod PP|P datPrep)
n: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP)
// modal - infinitive moved, object moved
y: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms movedFirstPP) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP*RSP*) AND (movedFirstPP iDomsMod PP|P datPrep)
n: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms movedFirstPP) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP*RSP*)
// modal - infinitive moved, object in situ
y: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* firstPP) AND (firstPP iDomsMod PP|P datPrep)
n: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* firstPP)
// modal - infinitive in situ, object moved; PARTP - object moved
y: (IP-MAT* iDoms movedFirstPP) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP*RSP*) AND (movedFirstPP iDomsMod PP|P datPrep)
n: (IP-MAT* iDoms movedFirstPP) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP*RSP*)
-: ELSE
}
// FIRST PP
// type of complement
14: {
// trace
#14: (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP) AND (firstPP iDoms \*T*)
// monoclausal case without movement (including modal and PARTP cases)
o_Res: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-PP*RSP*)
// clitic PPs aren't marked as FIRST-PP
// o_res: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-CL-PP*RSP*)
// o_cli: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* FIRST-CL-PP*)
o_np: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP) AND (firstPP iDomsMod PP|NP fullNP)
o_pro: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP) AND (firstPP iDomsMod PP|NP PRO)
o_frl: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP) AND (firstPP iDomsMod PP|NP CP-FRL*)
o_cp: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP) AND (firstPP iDomsMod PP|NP CP*)
o_ip: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP) AND (firstPP iDomsMod PP|NP IP-MAT|IP-MAT-SPE)
#14: (IP-MAT* iDoms !movedFirstPP|movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* firstPP)
// modal - infinitive moved, PP moved
o_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms movedFirstPP) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP*RSP*)
// clitic PPs aren't marked as FIRST-PP
// o_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms FIRST-CL-PP-*-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF* ZZZ-PP*RSP*)
// o_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms FIRST-CL-PP-*-MOVED*)
o_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms movedFirstPP) AND (movedFirstPP iDomsMod PP|NP fullNP)
o_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms movedFirstPP) AND (movedFirstPP iDomsMod PP|NP PRO)
o_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms movedFirstPP) AND (movedFirstPP iDomsMod PP|NP CP-FRL*)
o_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms movedFirstPP) AND (movedFirstPP iDomsMod PP|NP CP*)
o_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms movedFirstPP) AND (movedFirstPP iDomsMod PP|NP IP-MAT|IP-MAT-SPE)
#14: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDoms movedFirstPP)
// modal - infinitive moved, PP in situ
o_Res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-PP*RSP*)
// clitic PPs aren't marked as FIRST-PP
// o_res: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-CL-PP*RSP*)
// o_cli: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* FIRST-CL-PP*)
o_np: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* firstPP) AND (firstPP iDomsMod PP|NP fullNP)
o_pro: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* firstPP) AND (firstPP iDomsMod PP|NP PRO)
o_frl: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* firstPP) AND (firstPP iDomsMod PP|NP CP-FRL*)
o_cp: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* firstPP) AND (firstPP iDomsMod PP|NP CP*)
o_ip: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* firstPP) AND (firstPP iDomsMod PP|NP IP-MAT|IP-MAT-SPE)
#14: (IP-MAT* iDoms movedInf) AND (IP-MAT* iDomsMod MOD-IP-INF* firstPP)
// modal - infinitive in situ, PP moved; PARTP - PP moved
o_Res: (IP-MAT* iDoms movedFirstPP) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP*RSP*)
// clitic PPs aren't marked as FIRST-PP
// o_res: (IP-MAT* iDoms FIRST-CL-PP-*-MOVED*) AND (IP-MAT* iDomsMod MOD-IP-INF*|PARTP* ZZZ-PP*RSP*)
// o_cli: (IP-MAT* iDoms FIRST-CL-PP-*-MOVED*)
o_np: (IP-MAT* iDoms movedFirstPP) AND (movedFirstPP iDomsMod PP|NP fullNP)
o_pro: (IP-MAT* iDoms movedFirstPP) AND (movedFirstPP iDomsMod PP|NP PRO)
o_frl: (IP-MAT* iDoms movedFirstPP) AND (movedFirstPP iDomsMod PP|NP CP-FRL*)
o_cp: (IP-MAT* iDoms movedFirstPP) AND (movedFirstPP iDomsMod PP|NP CP*)
o_ip: (IP-MAT* iDoms movedFirstPP) AND (movedFirstPP iDomsMod PP|NP IP-MAT|IP-MAT-SPE)
#14: (IP-MAT* iDoms movedFirstPP)
-: ELSE
}