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at.logic.gapt.proofs.lk.cutIntroduction

ComputeGrammars

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object ComputeGrammars

Takes a set of terms and, using DeltaG, computes the set of smallest grammars that generate it.

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  1. final def !=(arg0: Any): Boolean

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  2. final def ##(): Int

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  3. final def ==(arg0: Any): Boolean

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  4. def apply(terms: List[FOLTerm], delta: DeltaVector): List[VectTratGrammar]

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  5. def apply(terms: TermSet, delta: DeltaVector): List[VectTratGrammar]

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  6. final def asInstanceOf[T0]: T0

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  11. def findValidGrammars(terms: List[FOLTerm], deltatable: DeltaTable, eigenvariable: String, axiom: FOLVar = FOLVar( "τ" )): List[VectTratGrammar]

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    Finds valid, minimum-size grammars based on a list of terms and a generalized delta table.

    Finds valid, minimum-size grammars based on a list of terms and a generalized delta table.

    terms

    The terms to be compressed.

    deltatable

    A generalized delta table for terms.

    eigenvariable

    The name of eigenvariables to introduce.

  12. def findValidGrammars(terms: TermSet, deltatable: DeltaTable, eigenvariable: String): List[MultiGrammar]

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    Finds valid, minimum-size MultiGrammars based on a TermSet and a generalized delta table.

    Finds valid, minimum-size MultiGrammars based on a TermSet and a generalized delta table.

    terms

    The TermSet to be compressed.

    deltatable

    A generalized delta table for terms.

    eigenvariable

    The name of eigenvariables to introduce.

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