binius_core::protocols::zerocheck

Struct ZerocheckProversState

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pub struct ZerocheckProversState<'a, F, PW, DomainField, EDF, W, Backend>
where
    F: Field,
    PW: PackedField,
    DomainField: Field,
    EDF: EvaluationDomainFactory<DomainField>,
    W: AbstractSumcheckWitness<PW>,
    Backend: ComputationBackend,
{ /* private fields */ }

Implementations§

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impl<'a, F, PW, DomainField, EDF, W, Backend> ZerocheckProversState<'a, F, PW, DomainField, EDF, W, Backend>
where F: Field, PW: PackedField<Scalar: From<F> + Into<F> + ExtensionField<DomainField>>, DomainField: Field, EDF: EvaluationDomainFactory<DomainField>, W: AbstractSumcheckWitness<PW>, Backend: ComputationBackend,

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pub fn new( n_vars: usize, evaluation_domain_factory: EDF, zerocheck_challenges: &'a [F], switchover_fn: impl Fn(usize) -> usize + 'static, mixing_challenge: F, backend: Backend, ) -> Result<Self, Error>

Trait Implementations§

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impl<'a, F, PW, DomainField, EDF, W, Backend> AbstractSumcheckProversState<F> for ZerocheckProversState<'a, F, PW, DomainField, EDF, W, Backend>
where F: Field, PW: PackedExtension<DomainField, Scalar: From<F> + Into<F> + ExtensionField<DomainField>>, DomainField: Field, EDF: EvaluationDomainFactory<DomainField>, W: AbstractSumcheckWitness<PW, MultilinearId = OracleId>, Backend: ComputationBackend,

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type Error = Error

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type PackedWitnessField = PW

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type Claim = ZerocheckClaim<F>

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type Witness = W

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type Prover = ZerocheckProver<'a, F, PW, DomainField, W>

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fn new_prover( &mut self, claim: ZerocheckClaim<F>, witness: W, seq_id: usize, ) -> Result<Self::Prover, Error>

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fn pre_execute_rounds( &mut self, prev_rd_challenge: Option<F>, ) -> Result<(), Error>

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fn prover_execute_round( &self, prover: &mut Self::Prover, prev_rd_challenge: Option<F>, ) -> Result<AbstractSumcheckRound<F>, Error>

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fn prover_finalize( prover: Self::Prover, prev_rd_challenge: Option<F>, ) -> Result<ReducedClaim<F>, Error>

Auto Trait Implementations§

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impl<'a, F, PW, DomainField, EDF, W, Backend> Freeze for ZerocheckProversState<'a, F, PW, DomainField, EDF, W, Backend>
where <DomainField as WithUnderlier>::Underlier: Sized, <F as WithUnderlier>::Underlier: Sized, EDF: Freeze, F: Freeze, Backend: Freeze, <Backend as ComputationBackend>::Vec<PW>: Freeze,

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impl<'a, F, PW, DomainField, EDF, W, Backend> !RefUnwindSafe for ZerocheckProversState<'a, F, PW, DomainField, EDF, W, Backend>

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impl<'a, F, PW, DomainField, EDF, W, Backend> !Send for ZerocheckProversState<'a, F, PW, DomainField, EDF, W, Backend>

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impl<'a, F, PW, DomainField, EDF, W, Backend> !Sync for ZerocheckProversState<'a, F, PW, DomainField, EDF, W, Backend>

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impl<'a, F, PW, DomainField, EDF, W, Backend> Unpin for ZerocheckProversState<'a, F, PW, DomainField, EDF, W, Backend>
where <DomainField as WithUnderlier>::Underlier: Sized, <F as WithUnderlier>::Underlier: Sized, EDF: Unpin, F: Unpin, Backend: Unpin, <Backend as ComputationBackend>::Vec<PW>: Unpin, DomainField: Unpin, W: Unpin, <W as AbstractSumcheckWitness<PW>>::Multilinear: Unpin, PW: Unpin,

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impl<'a, F, PW, DomainField, EDF, W, Backend> !UnwindSafe for ZerocheckProversState<'a, F, PW, DomainField, EDF, W, Backend>

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