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Linglib.Theories.Semantics.Focus.MeaningStructureMapping

The Meaning-Structure Mapping Hypothesis (MSMH) #

@cite{kiss-1998} @cite{hartmann-zimmermann-2007}

The MSMH — proposed in different forms by @cite{kiss-1998} (eq. 9) and sharpened by @cite{hartmann-zimmermann-2007} (eq. 21) — is the typological claim that focus position determines focus interpretation: utterances whose focused constituent occupies the same structural position must receive the same focus interpretation.

The empirical content varies by language:

The polymorphic predicate MeaningStructureMapping here makes the shape of the hypothesis explicit, so per-language study files can instantiate it with their concrete utterance type, structural projection, and interpretation projection. A licensed filter restricts the universal to grammatical configurations — necessary for Hungarian (where the 2×2 product of Position × FocusType includes ungrammatical cells) and harmless for Hausa (whose refutation already uses licensed witnesses).

def Theories.Semantics.Focus.MSMH.MeaningStructureMapping {U S I : Type} (licensed : UProp) (struct : US) (interp : UI) :

Meaning-Structure Mapping Hypothesis in fully polymorphic form. Reads: among admissible utterances, having the same structural property forces having the same interpretation.

Type parameters:

  • U — the utterance type (e.g., FocusUtterance, FocusConfig)
  • S — the structural property type (e.g., Strategy, Position)
  • I — the interpretation type (e.g., PragType, FocusType)

Function arguments:

  • licensed — admissibility filter (e.g., grammatical/well-formed)
  • struct — projection from utterance to structural property
  • interp — projection from utterance to interpretation
Equations
Instances For
    theorem Theories.Semantics.Focus.MSMH.refute_by_witness {U S I : Type} {licensed : UProp} {struct : US} {interp : UI} (u₁ u₂ : U) (h₁ : licensed u₁) (h₂ : licensed u₂) (hstruct : struct u₁ = struct u₂) (hinterp : interp u₁ interp u₂) :
    ¬MeaningStructureMapping licensed struct interp

    Standard refutation pattern: any pair of licensed utterances that agree on struct but disagree on interp falsifies MSMH. Used by the Hausa study file to refute the hypothesis from the matrix of eight licensed cells.