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Linglib.Theories.Syntax.Minimalist.FromFragments

Minimalism: Fragment Lexicon → Syntactic Object Interpretation #

Maps Fragment lexical entries (VerbEntry, PronounEntry, NounEntry, QuantifierEntry) into Minimalist SyntacticObject leaves with the appropriate Cat and SelStack features.

Concrete derivation instances using these projections live in Phenomena/, anchored to specific paper analyses (e.g. Phenomena/ArgumentStructure/Studies/Adger2003.lean for c-selection).

Sections #

Selectional encoding #

verbToSelStack derives SelStack from VerbEntry.complementType. This is a substantive theory commitment: transitives c-select [.D], ditransitives [.D, .D], etc. The encoding is faithful to Adger 2003 ch. 3 c-selection (eq. 110: kiss [V, uN]) modulo a few documented simplifications (e.g. .np_pp collapses put NP PP-type frames; small clauses use .D rather than a dedicated predicational head).

Map a VerbEntry's complement type to a formal selectional stack.

Encodes Adger 2003 ch. 3 c-selection: each lexically required argument contributes one Cat feature consumed by complement Merge. The choice of .D for nominal arguments matches Adger ch. 7 (all argumental nominals are DPs).

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    Convert a VerbEntry to a SyntacticObject leaf with Cat = .V and SelStack derived from complementType.

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      Convert a PronounEntry to a SyntacticObject leaf. Pronouns are D heads (they project as DPs per Adger ch. 7).

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        Convert a NounEntry to a SyntacticObject leaf. Proper names are D-projecting (Longobardi 1994 / Adger ch. 7); common nouns are bare N (need null-D wrapping or an overt determiner to project as DPs).

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          Convert a QuantifierEntry (determiner) to a SyntacticObject leaf with Cat = .D and SelStack = [.N] (Adger ch. 7 eq. 110: the [D, uN]).

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