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VerifierPrimeProjected

zinc_protocol::verifier

Struct VerifierPrimeProjected 

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pub struct VerifierPrimeProjected<'a, Zt: ZincTypes<D, FD>, U: Uair, C: BaseFieldConfig, IdealOverF, const D: usize, const FD: usize> { /* private fields */ }
Expand description

After step 1 (prime projection).

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impl<'a, Zt, U, C, IdealOverF, const D: usize, const FD: usize> VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>
where Zt: ZincTypes<D, FD>, Zt::Int: ProjectableToField<C>, <Zt::ArbitraryZt as ZipTypes>::Eval: ProjectableToField<C>, C: BaseFieldConfig<Integer = Zt::Fmod> + ProjectPrimitiveIntegersWithConfig + ProjectElementWithConfig<Zt::Int> + ProjectElementWithConfig<Zt::CombR> + ProjectElementWithConfig<Zt::Chal> + Clone + Send + Sync + 'static, U: Uair + 'static, IdealOverF: Ideal + for<'cfg> IdealCheck<DynamicPolynomialConfig<'cfg, C>>,

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pub fn step2_ideal_check( self, project_ideal: impl Fn(&IdealOrZero<U::Ideal>, &C) -> IdealOverF, project_fq_ideal: impl Fn(&IdealOrZero<U::FqIdeal>, &C) -> IdealOverF, ) -> Result<VerifierIdealChecked<'a, Zt, U, C, IdealOverF, D, FD>, ProtocolError<C::Element>>

Step 2: Ideal check verification.

Shared evaluation point.

Mirrors the prover: sample one shared $r \in [0, q^*)^\mu$ from the transcript and lift it into each family’s field via cfg.project, then run the per-family verifications in family_idx order.

project_fq_ideal is only invoked when the UAIR declares at least one prime; UAIRs with $Q[X]$ only constraints can pass |_, _| unreachable!().

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impl<'a, Zt: Clone + ZincTypes<D, FD>, U: Clone + Uair, C: Clone + BaseFieldConfig, IdealOverF: Clone, const D: usize, const FD: usize> Clone for VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>
where C::Element: Clone, Zt::Fmod: Clone,

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fn clone(&self) -> VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>

Returns a duplicate of the value. Read more
1.0.0 (const: unstable) · Source§

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source. Read more
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impl<'a, Zt: Debug + ZincTypes<D, FD>, U: Debug + Uair, C: Debug + BaseFieldConfig, IdealOverF: Debug, const D: usize, const FD: usize> Debug for VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>
where C::Element: Debug, Zt::Fmod: Debug,

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fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter. Read more

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impl<'a, Zt, U, C, IdealOverF, const D: usize, const FD: usize> Freeze for VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>
where C: Freeze,

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impl<'a, Zt, U, C, IdealOverF, const D: usize, const FD: usize> RefUnwindSafe for VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>
where C: RefUnwindSafe, U: RefUnwindSafe, IdealOverF: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::BinaryLc: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::ArbitraryLc: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::IntLc: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::BinaryZt: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::ArbitraryZt: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::IntZt: RefUnwindSafe, <C as SetConfig>::Element: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::Fmod: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::Int: RefUnwindSafe,

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impl<'a, Zt, U, C, IdealOverF, const D: usize, const FD: usize> Send for VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>
where U: Send, IdealOverF: Send,

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impl<'a, Zt, U, C, IdealOverF, const D: usize, const FD: usize> Sync for VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>
where U: Sync, IdealOverF: Sync,

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impl<'a, Zt, U, C, IdealOverF, const D: usize, const FD: usize> Unpin for VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>
where C: Unpin, U: Unpin, IdealOverF: Unpin, <C as SetConfig>::Element: Unpin, <Zt as ZincTypes<D, FD>>::Fmod: Unpin,

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impl<'a, Zt, U, C, IdealOverF, const D: usize, const FD: usize> UnsafeUnpin for VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>
where C: UnsafeUnpin,

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impl<'a, Zt, U, C, IdealOverF, const D: usize, const FD: usize> UnwindSafe for VerifierPrimeProjected<'a, Zt, U, C, IdealOverF, D, FD>
where C: UnwindSafe, U: UnwindSafe, IdealOverF: UnwindSafe, <Zt as ZincTypes<D, FD>>::BinaryLc: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::ArbitraryLc: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::IntLc: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::BinaryZt: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::ArbitraryZt: RefUnwindSafe, <Zt as ZincTypes<D, FD>>::IntZt: RefUnwindSafe, <C as SetConfig>::Element: UnwindSafe, <Zt as ZincTypes<D, FD>>::Fmod: UnwindSafe, <Zt as ZincTypes<D, FD>>::Int: RefUnwindSafe,

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