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| constexpr g2Projective | bb::pairing::twisted_frobenius (const g2Projective &a) |
| | Compute \(\Psi^{-1} \circ \phi_q \circ \Psi(Q)\) where \(\Psi\) is the untwisting isomorphism and \(\phi_q\) is the Frobenius morphism.
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| constexpr void | bb::pairing::doubling_step_for_miller_loop (g2Projective &work_point, fq12::ell_coeffs &line) |
| | Doubling step for Miller loop calculation.
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| constexpr void | bb::pairing::mixed_addition_step_for_miller_loop (const g2Projective &Q, g2Projective &work_point, fq12::ell_coeffs &line) |
| | Addition step for Miller loop calculation.
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| constexpr void | bb::pairing::precompute_miller_lines (const g2Projective &Q, miller_lines &lines) |
| | Precomputation of Miller lines for a point Q in G2.
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| constexpr void | bb::pairing::precompute_miller_lines (const g2::element &Q, miller_lines &lines) |
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| constexpr fq12 | bb::pairing::miller_loop (const g1::affine_element &P, const miller_lines &lines) |
| | Miller loop implementation.
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| constexpr fq12 | bb::pairing::miller_loop_batch (const g1::affine_element *points, const miller_lines *lines, size_t num_pairs) |
| | Compute the Miller loop for multiple pairs of points.
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| constexpr fq12 | bb::pairing::final_exponentiation_easy_part (const fq12 &elt) |
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| constexpr fq12 | bb::pairing::final_exponentiation_exp_by_z (const fq12 &elt) |
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| constexpr fq12 | bb::pairing::final_exponentiation_tricky_part (const fq12 &elt) |
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| constexpr fq12 | bb::pairing::reduced_ate_pairing (const g1::affine_element &P_affine, const g2::affine_element &Q_affine) |
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| fq12 | bb::pairing::reduced_ate_pairing_batch_precomputed (const g1::affine_element *P_affines, const miller_lines *lines, const size_t num_points) |
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| fq12 | bb::pairing::reduced_ate_pairing_batch (const g1::affine_element *P_affines, const g2::affine_element *Q_affines, const size_t num_points) |
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1.9.8