Files

  • mathcomp

    • Top source

    I (Global Index)

    Files ABCDEFGHIJKLMNOPQRSTUVWXYZ_
    Definitions ABCDEFGHIJKLMNOPQRSTUVWXYZ_
    Lemmas ABCDEFGHIJKLMNOPQRSTUVWXYZ_
    Abbreviations ABCDEFGHIJKLMNOPQRSTUVWXYZ_
    Global Index ABCDEFGHIJKLMNOPQRSTUVWXYZ_
    Notations

    I

    I [abbrev, in mathcomp.analysis.lebesgue_integral_theory.measurable_fun_approximation]
    I [abbrev, in mathcomp.analysis.lebesgue_integral_theory.measurable_fun_approximation]
    I [abbrev, in mathcomp.algebra.ring_quotient]
    I [abbrev, in mathcomp.algebra.ring_quotient]
    iavg [def, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_differentiation]
    iavg0 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_differentiation]
    iavg_ge0 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_differentiation]
    iavg_restrict [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_differentiation]
    iavgD [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_differentiation]
    id1 [def, in mathcomp.solvable.burnside_app]
    id3 [def, in mathcomp.solvable.burnside_app]
    id_ahom [def, in mathcomp.field.falgebra]
    id_is_ahom [prf, in mathcomp.field.falgebra]
    id_lfun [def, in mathcomp.algebra.vector]
    id_lfunE [prf, in mathcomp.algebra.vector]
    idealMr [prf, in mathcomp.algebra.ring_quotient]
    Idealr [abbrev, in mathcomp.algebra.ring_quotient]
    Idealr [mod, in mathcomp.algebra.ring_quotient]
    Idealr.Algebra_isAddClosed_mixin [proj, in mathcomp.algebra.ring_quotient]
    Idealr.Algebra_isOppClosed_mixin [proj, in mathcomp.algebra.ring_quotient]
    Idealr.axioms_ [rec, in mathcomp.algebra.ring_quotient]
    Idealr.class [proj, in mathcomp.algebra.ring_quotient]
    Idealr.clone [abbrev, in mathcomp.algebra.ring_quotient]
    Idealr.copy [abbrev, in mathcomp.algebra.ring_quotient]
    Idealr.Exports [mod, in mathcomp.algebra.ring_quotient]
    Idealr.Exports.idealr [abbrev, in mathcomp.algebra.ring_quotient]
    Idealr.Exports.join_ring_quotient_Idealr_between_Algebra_AddClosed_and_ring_quotient_ProperIdeal [def, in mathcomp.algebra.ring_quotient]
    Idealr.Exports.join_ring_quotient_Idealr_between_Algebra_OppClosed_and_ring_quotient_ProperIdeal [def, in mathcomp.algebra.ring_quotient]
    Idealr.Exports.join_ring_quotient_Idealr_between_ring_quotient_ProperIdeal_and_Algebra_ZmodClosed [def, in mathcomp.algebra.ring_quotient]
    Idealr.on [abbrev, in mathcomp.algebra.ring_quotient]
    Idealr.on_ [abbrev, in mathcomp.algebra.ring_quotient]
    Idealr.pack_ [def, in mathcomp.algebra.ring_quotient]
    Idealr.phant_clone [def, in mathcomp.algebra.ring_quotient]
    Idealr.phant_on_ [def, in mathcomp.algebra.ring_quotient]
    Idealr.ring_quotient_isProperIdeal_mixin [proj, in mathcomp.algebra.ring_quotient]
    Idealr.sort [proj, in mathcomp.algebra.ring_quotient]
    Idealr.type [rec, in mathcomp.algebra.ring_quotient]
    idealr0 [prf, in mathcomp.algebra.ring_quotient]
    idealr1 [prf, in mathcomp.algebra.ring_quotient]
    idealr_closed [def, in mathcomp.algebra.ring_quotient]
    idealr_closed_nontrivial [prf, in mathcomp.algebra.ring_quotient]
    idealr_closedB [prf, in mathcomp.algebra.ring_quotient]
    IdealrElpiOperations [mod, in mathcomp.algebra.ring_quotient]
    idem_sub_le_big [prf, in mathcomp.boot.bigop]
    idem_sub_le_big_cond [prf, in mathcomp.boot.bigop]
    idempotent [abbrev, in mathcomp.boot.ssrfun]
    idempotent_fun [def, in mathcomp.boot.ssrfun]
    idempotent_op [def, in mathcomp.boot.ssrfun]
    idfun_gmulf1 [prf, in mathcomp.boot.monoid]
    idfun_gmulfM [prf, in mathcomp.boot.monoid]
    idGfun [def, in mathcomp.solvable.gfunctor]
    idGfun_closed [prf, in mathcomp.solvable.gfunctor]
    idGfun_cont [prf, in mathcomp.solvable.gfunctor]
    idGfun_monotonic [prf, in mathcomp.solvable.gfunctor]
    idm [def, in mathcomp.finite_group.morphism]
    idm_isom [prf, in mathcomp.finite_group.morphism]
    idm_morphism [def, in mathcomp.finite_group.morphism]
    idm_morphM [prf, in mathcomp.finite_group.morphism]
    idmxE [prf, in mathcomp.algebra.matrix]
    idO [prf, in mathcomp.analysis.landau]
    idTheta [prf, in mathcomp.analysis.landau]
    Idummy_placeholder [ind, in mathcomp.reals.constructive_ereal]
    Idummy_placeholder [ind, in mathcomp.algebra.algebraic_hierarchy.rings_modules_and_algebras]
    ieexprIz [prf, in mathcomp.algebra.ssrint]
    IEFin [ind, in mathcomp.reals.constructive_ereal]
    IEFin_ind [scheme, in mathcomp.reals.constructive_ereal]
    IEFin_rec [scheme, in mathcomp.reals.constructive_ereal]
    IEFin_rect [scheme, in mathcomp.reals.constructive_ereal]
    IEFin_sind [scheme, in mathcomp.reals.constructive_ereal]
    IEFinN [constr, in mathcomp.reals.constructive_ereal]
    IEFinP [constr, in mathcomp.reals.constructive_ereal]
    IEnt_pointT [prf, in mathcomp.analysis.topology_theory.supremum_topology]
    if_add [prf, in mathcomp.boot.ssrbool]
    if_and [prf, in mathcomp.boot.ssrbool]
    if_implyb [prf, in mathcomp.boot.ssrbool]
    if_implybC [prf, in mathcomp.boot.ssrbool]
    if_nth [prf, in mathcomp.boot.seq]
    if_or [prf, in mathcomp.boot.ssrbool]
    ifactm [def, in mathcomp.finite_group.morphism]
    ifactmE [prf, in mathcomp.finite_group.morphism]
    iff_not2 [prf, in mathcomp.classical.boolp]
    iff_notr [prf, in mathcomp.classical.boolp]
    ifN_eq [prf, in mathcomp.boot.eqtype]
    ifN_eqC [prf, in mathcomp.boot.eqtype]
    II0 [prf, in mathcomp.classical.classical_sets]
    II1 [prf, in mathcomp.classical.classical_sets]
    IIDn [prf, in mathcomp.classical.classical_sets]
    IIn_eq0 [prf, in mathcomp.classical.classical_sets]
    iinv [def, in mathcomp.boot.fintype]
    iinv_f [prf, in mathcomp.boot.fintype]
    iinv_proof [prf, in mathcomp.boot.fintype]
    IIord [def, in mathcomp.classical.classical_sets]
    IIordK [prf, in mathcomp.classical.classical_sets]
    Iiota [prf, in mathcomp.classical.classical_sets]
    IIS [prf, in mathcomp.classical.classical_sets]
    IISl [prf, in mathcomp.classical.classical_sets]
    im_actm [prf, in mathcomp.finite_group.action]
    im_actperm_Aut [prf, in mathcomp.finite_group.action]
    im_Aut_isom [prf, in mathcomp.finite_group.automorphism]
    im_autm [prf, in mathcomp.finite_group.automorphism]
    im_coset [prf, in mathcomp.finite_group.quotient]
    im_cpair [prf, in mathcomp.solvable.center]
    im_cpair_cent [prf, in mathcomp.solvable.center]
    im_cpair_cprod [prf, in mathcomp.solvable.center]
    im_cprodm [prf, in mathcomp.finite_group.gproduct]
    im_cyclem [prf, in mathcomp.solvable.cyclic]
    im_dprodm [prf, in mathcomp.finite_group.gproduct]
    im_eltm [prf, in mathcomp.solvable.cyclic]
    im_idm [prf, in mathcomp.finite_group.morphism]
    im_ifactm [prf, in mathcomp.finite_group.morphism]
    im_invm [prf, in mathcomp.finite_group.morphism]
    im_perm_on [prf, in mathcomp.finite_group.perm]
    im_permV [prf, in mathcomp.finite_group.perm]
    im_qisom [prf, in mathcomp.finite_group.quotient]
    im_qisom_proof [prf, in mathcomp.finite_group.quotient]
    im_quotient [prf, in mathcomp.finite_group.quotient]
    im_restr_perm [prf, in mathcomp.finite_group.action]
    im_restrm [prf, in mathcomp.finite_group.morphism]
    im_sdpair [prf, in mathcomp.finite_group.gproduct]
    im_sdpair_norm [prf, in mathcomp.finite_group.gproduct]
    im_sdpair_TI [prf, in mathcomp.finite_group.gproduct]
    im_sdprodm [prf, in mathcomp.finite_group.gproduct]
    im_sdprodm1 [prf, in mathcomp.finite_group.gproduct]
    im_sdprodm2 [prf, in mathcomp.finite_group.gproduct]
    im_sgval [prf, in mathcomp.finite_group.morphism]
    im_subg [prf, in mathcomp.finite_group.morphism]
    im_transversal_repr [prf, in mathcomp.boot.finset]
    im_xcprodm [prf, in mathcomp.solvable.center]
    im_xcprodml [prf, in mathcomp.solvable.center]
    im_xcprodmr [prf, in mathcomp.solvable.center]
    im_xsdprodm [prf, in mathcomp.finite_group.gproduct]
    im_Zp_unitm [prf, in mathcomp.solvable.cyclic]
    im_Zpm [prf, in mathcomp.solvable.cyclic]
    image [def, in mathcomp.classical.classical_sets]
    image [abbrev, in mathcomp.boot.fintype]
    image2 [def, in mathcomp.classical.classical_sets]
    image2_subset [prf, in mathcomp.classical.classical_sets]
    image2E [prf, in mathcomp.classical.classical_sets]
    image_bigcup [prf, in mathcomp.classical.classical_sets]
    image_class [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    image_codom [prf, in mathcomp.boot.fintype]
    image_comp [prf, in mathcomp.classical.classical_sets]
    image_eq [prf, in mathcomp.classical.functions]
    image_f [prf, in mathcomp.classical.classical_sets]
    image_f [prf, in mathcomp.boot.fintype]
    image_id [prf, in mathcomp.classical.classical_sets]
    image_iinv [prf, in mathcomp.boot.fintype]
    image_indic [prf, in mathcomp.analysis.numfun]
    image_indic_sub [prf, in mathcomp.analysis.numfun]
    image_inj [prf, in mathcomp.classical.classical_sets]
    image_injP [prf, in mathcomp.boot.fintype]
    image_mem [def, in mathcomp.boot.fintype]
    image_nat_maximum [prf, in mathcomp.classical.unstable]
    image_nonempty [prf, in mathcomp.classical.classical_sets]
    image_orbit [prf, in mathcomp.boot.fingraph]
    image_pre [prf, in mathcomp.boot.fintype]
    image_pred0 [prf, in mathcomp.boot.fintype]
    image_preimage [prf, in mathcomp.classical.classical_sets]
    image_preimage_subset [prf, in mathcomp.classical.classical_sets]
    image_set0 [prf, in mathcomp.classical.classical_sets]
    image_set0_set0 [prf, in mathcomp.classical.classical_sets]
    image_set1 [prf, in mathcomp.classical.classical_sets]
    image_set_system [def, in mathcomp.analysis.measure_theory.measurable_structure]
    image_setU [prf, in mathcomp.classical.classical_sets]
    image_sigL [prf, in mathcomp.classical.functions]
    image_some_inj [prf, in mathcomp.classical.classical_sets]
    image_sub [prf, in mathcomp.classical.classical_sets]
    image_subP [prf, in mathcomp.classical.classical_sets]
    image_subset [prf, in mathcomp.classical.classical_sets]
    image_tuple [def, in mathcomp.boot.tuple]
    imageP [prf, in mathcomp.classical.classical_sets]
    imageP [prf, in mathcomp.boot.fintype]
    imageT [prf, in mathcomp.classical.classical_sets]
    Imfset [mod, in mathcomp.finmap.finmap]
    imfset [abbrev, in mathcomp.finmap.finmap]
    imfset [mod, in mathcomp.finmap.finmap]
    imfset.body [def, in mathcomp.finmap.finmap]
    Imfset.imfset [abbrev, in mathcomp.finmap.finmap]
    Imfset.imfset2 [abbrev, in mathcomp.finmap.finmap]
    imfset.unlock [def, in mathcomp.finmap.finmap]
    imfset0 [prf, in mathcomp.finmap.finmap]
    imfset2 [abbrev, in mathcomp.finmap.finmap]
    imfset2 [mod, in mathcomp.finmap.finmap]
    imfset2.body [def, in mathcomp.finmap.finmap]
    imfset2.unlock [def, in mathcomp.finmap.finmap]
    imfset2_Locked [modtype, in mathcomp.finmap.finmap]
    imfset2_Locked.body [ax, in mathcomp.finmap.finmap]
    imfset2_Locked.unlock [ax, in mathcomp.finmap.finmap]
    imfset2_unlock_subterm [def, in mathcomp.finmap.finmap]
    imfset2P [prf, in mathcomp.finmap.finmap]
    imfset_comp [prf, in mathcomp.finmap.finmap]
    imfset_eq_fsinjectiveP [prf, in mathcomp.finmap.finmap]
    imfset_finsuppfp [prf, in mathcomp.finmap.finperm]
    imfset_finsuppfpS [prf, in mathcomp.finmap.finperm]
    imfset_fset1 [prf, in mathcomp.finmap.finmap]
    imfset_fset2 [prf, in mathcomp.finmap.finmap]
    imfset_id [prf, in mathcomp.finmap.finmap]
    imfset_key [prf, in mathcomp.finmap.finmap]
    imfset_Locked [modtype, in mathcomp.finmap.finmap]
    imfset_Locked.body [ax, in mathcomp.finmap.finmap]
    imfset_Locked.unlock [ax, in mathcomp.finmap.finmap]
    imfset_orbit [prf, in mathcomp.finmap.finperm]
    imfset_rec [prf, in mathcomp.finmap.finmap]
    imfset_unlock_subterm [def, in mathcomp.finmap.finmap]
    imfsetI [prf, in mathcomp.finmap.finmap]
    imfsetP [prf, in mathcomp.finmap.finmap]
    imfsetU [prf, in mathcomp.finmap.finmap]
    imfsetU1 [prf, in mathcomp.finmap.finmap]
    Immx_rect [prf, in mathcomp.algebra.spectral]
    imply_asboolP [prf, in mathcomp.classical.boolp]
    imply_asboolPn [prf, in mathcomp.classical.boolp]
    implyB [prf, in mathcomp.classical.boolp]
    implyE [prf, in mathcomp.classical.boolp]
    implyNN [prf, in mathcomp.classical.boolp]
    implyNp [prf, in mathcomp.classical.boolp]
    implypN [prf, in mathcomp.classical.boolp]
    imprimitivity_system [def, in mathcomp.solvable.primitive_action]
    imset [abbrev, in mathcomp.boot.finset]
    imset [mod, in mathcomp.boot.finset]
    imset.body [def, in mathcomp.boot.finset]
    imset.unlock [def, in mathcomp.boot.finset]
    imset0 [prf, in mathcomp.boot.finset]
    imset0mem [prf, in mathcomp.boot.finset]
    imset2 [abbrev, in mathcomp.boot.finset]
    imset2 [mod, in mathcomp.boot.finset]
    imset2.body [def, in mathcomp.boot.finset]
    imset2.unlock [def, in mathcomp.boot.finset]
    imset2_f [prf, in mathcomp.boot.finset]
    imset2_Locked [modtype, in mathcomp.boot.finset]
    imset2_Locked.body [ax, in mathcomp.boot.finset]
    imset2_Locked.unlock [ax, in mathcomp.boot.finset]
    imset2_pair [prf, in mathcomp.boot.finset]
    imset2_set1l [prf, in mathcomp.boot.finset]
    imset2_set1r [prf, in mathcomp.boot.finset]
    imset2_spec [ind, in mathcomp.boot.finset]
    imset2_unlock [def, in mathcomp.boot.finset]
    imset2_unlock_subterm [def, in mathcomp.boot.finset]
    imset2P [prf, in mathcomp.boot.finset]
    imset2S [prf, in mathcomp.boot.finset]
    imset2Sl [prf, in mathcomp.boot.finset]
    Imset2spec [constr, in mathcomp.boot.finset]
    imset2Sr [prf, in mathcomp.boot.finset]
    imset2Ul [prf, in mathcomp.boot.finset]
    imset2Ur [prf, in mathcomp.boot.finset]
    imset_autE [prf, in mathcomp.finite_group.automorphism]
    imset_card [prf, in mathcomp.boot.finset]
    imset_comp [prf, in mathcomp.boot.finset]
    imset_coset [prf, in mathcomp.finite_group.quotient]
    imset_cover [prf, in mathcomp.boot.finset]
    imset_disjoint [prf, in mathcomp.boot.finset]
    imset_eq0 [prf, in mathcomp.boot.finset]
    imset_f [prf, in mathcomp.boot.finset]
    imset_id [prf, in mathcomp.boot.finset]
    imset_inj [prf, in mathcomp.boot.finset]
    imset_injP [prf, in mathcomp.boot.finset]
    imset_Locked [modtype, in mathcomp.boot.finset]
    imset_Locked.body [ax, in mathcomp.boot.finset]
    imset_Locked.unlock [ax, in mathcomp.boot.finset]
    imset_mulgm [prf, in mathcomp.finite_group.gproduct]
    imset_partition [prf, in mathcomp.boot.finset]
    imset_perm1 [prf, in mathcomp.finite_group.perm]
    imset_proper [prf, in mathcomp.boot.finset]
    imset_set1 [prf, in mathcomp.boot.finset]
    imset_trivIset [prf, in mathcomp.boot.finset]
    imset_unlock [def, in mathcomp.boot.finset]
    imset_unlock_subterm [def, in mathcomp.boot.finset]
    imsetI [prf, in mathcomp.boot.finset]
    imsetP [prf, in mathcomp.boot.finset]
    imsetS [prf, in mathcomp.boot.finset]
    imsetU [prf, in mathcomp.boot.finset]
    imsetU1 [prf, in mathcomp.boot.finset]
    imsub1 [prf, in mathcomp.classical.classical_sets]
    imsub1P [prf, in mathcomp.classical.classical_sets]
    in1_subset_itv [prf, in mathcomp.classical.set_interval]
    in1TT [prf, in mathcomp.classical.classical_sets]
    in2TT [prf, in mathcomp.classical.classical_sets]
    in3TT [prf, in mathcomp.classical.classical_sets]
    in_alg_comm [prf, in mathcomp.algebra.poly]
    in_bseq [def, in mathcomp.boot.tuple]
    in_bseqE [prf, in mathcomp.boot.tuple]
    in_codomf [prf, in mathcomp.finmap.finmap]
    in_codomf_rem1 [prf, in mathcomp.finmap.finmap]
    in_cons [prf, in mathcomp.boot.seq]
    in_continuous_exponential_pdf [prf, in mathcomp.analysis.probability_theory.exponential_distribution]
    in_continuous_mksetP [prf, in mathcomp.analysis.topology_theory.num_topology]
    in_cprod [def, in mathcomp.solvable.center]
    in_cprod_morphism [def, in mathcomp.solvable.center]
    in_cprodM [prf, in mathcomp.solvable.center]
    in_Crat_span [def, in mathcomp.field.algnum]
    in_filter [rec, in mathcomp.classical.filter]
    in_filter_from [prf, in mathcomp.classical.filter]
    in_filter_prod [def, in mathcomp.classical.filter]
    in_filterI [def, in mathcomp.classical.filter]
    in_filterT [def, in mathcomp.classical.filter]
    in_finite_support [prf, in mathcomp.classical.fsbigop]
    in_finsupp0 [prf, in mathcomp.finmap.finmap]
    in_fnd [prf, in mathcomp.finmap.finmap]
    in_fperm_on [prf, in mathcomp.finmap.finperm]
    in_fset [prf, in mathcomp.finmap.finmap]
    in_fset0 [prf, in mathcomp.finmap.finmap]
    in_fset1 [prf, in mathcomp.finmap.finmap]
    in_fset1U [prf, in mathcomp.finmap.finmap]
    in_fset2 [prf, in mathcomp.finmap.finmap]
    in_fset_ [def, in mathcomp.finmap.finmap]
    in_fset_cat [prf, in mathcomp.finmap.finmap]
    in_fset_cons [prf, in mathcomp.finmap.finmap]
    in_fset_nil [prf, in mathcomp.finmap.finmap]
    in_fset_set [prf, in mathcomp.classical.cardinality]
    in_fset_spec [ind, in mathcomp.finmap.finmap]
    in_fset_val [prf, in mathcomp.finmap.finmap]
    in_fset_valF [prf, in mathcomp.finmap.finmap]
    in_fset_valP [prf, in mathcomp.finmap.finmap]
    in_fset_valT [prf, in mathcomp.finmap.finmap]
    in_fsetD [prf, in mathcomp.finmap.finmap]
    in_fsetD1 [prf, in mathcomp.finmap.finmap]
    in_fsetE [def, in mathcomp.finmap.finmap]
    in_fsetI [prf, in mathcomp.finmap.finmap]
    in_fsetM [prf, in mathcomp.finmap.finmap]
    in_fsetP [prf, in mathcomp.finmap.finmap]
    in_fsetU [prf, in mathcomp.finmap.finmap]
    in_fsub [prf, in mathcomp.finmap.finmap]
    in_group [def, in mathcomp.finite_group.fingroup]
    in_iinv_f [prf, in mathcomp.boot.fintype]
    in_imfset [prf, in mathcomp.finmap.finmap]
    in_imfset2 [prf, in mathcomp.finmap.finmap]
    in_iter [prf, in mathcomp.finmap.finmap]
    in_iter [prf, in mathcomp.boot.finset]
    in_iter_ffix [prf, in mathcomp.finmap.finmap]
    in_iter_ffix_orderE [prf, in mathcomp.finmap.finmap]
    in_iter_ffixE [prf, in mathcomp.finmap.finmap]
    in_iter_fix_orderE [prf, in mathcomp.finmap.finmap]
    in_iter_fix_orderE [prf, in mathcomp.boot.finset]
    in_iter_fixE [prf, in mathcomp.finmap.finmap]
    in_iter_fixE [prf, in mathcomp.boot.finset]
    in_itv [prf, in mathcomp.algebra.interval]
    in_itv_partition [prf, in mathcomp.analysis.numfun]
    in_itvI [prf, in mathcomp.algebra.interval]
    in_mask [prf, in mathcomp.boot.seq]
    in_mset [prf, in mathcomp.finmap.multiset]
    in_mset0 [prf, in mathcomp.finmap.multiset]
    in_mset1 [prf, in mathcomp.finmap.multiset]
    in_mset1D [prf, in mathcomp.finmap.multiset]
    in_mset1U [prf, in mathcomp.finmap.multiset]
    in_mset2 [prf, in mathcomp.finmap.multiset]
    in_msetB [prf, in mathcomp.finmap.multiset]
    in_msetB1 [prf, in mathcomp.finmap.multiset]
    in_msetD [prf, in mathcomp.finmap.multiset]
    in_msetDU [prf, in mathcomp.finmap.multiset]
    in_msetE [def, in mathcomp.finmap.multiset]
    in_msetI [prf, in mathcomp.finmap.multiset]
    in_msetM [prf, in mathcomp.finmap.multiset]
    in_msetn [prf, in mathcomp.finmap.multiset]
    in_msetU [prf, in mathcomp.finmap.multiset]
    in_nearW [prf, in mathcomp.classical.filter]
    in_nil [prf, in mathcomp.boot.seq]
    in_one_group [prf, in mathcomp.finite_group.fingroup]
    in_orbit [prf, in mathcomp.boot.fingraph]
    in_orbit_cycle [prf, in mathcomp.boot.fingraph]
    in_qpoly [def, in mathcomp.algebra.qpoly]
    in_qpoly0 [prf, in mathcomp.algebra.qpoly]
    in_qpoly1 [prf, in mathcomp.algebra.qpoly]
    in_qpoly_comp_horner [prf, in mathcomp.field.qfpoly]
    in_qpoly_is_linear [prf, in mathcomp.algebra.qpoly]
    in_qpoly_is_multiplicative [def, in mathcomp.algebra.qpoly]
    in_qpoly_monoid_morphism [prf, in mathcomp.algebra.qpoly]
    in_qpoly_small [prf, in mathcomp.algebra.qpoly]
    in_qpolyD [prf, in mathcomp.algebra.qpoly]
    in_qpolyM [prf, in mathcomp.algebra.qpoly]
    in_qpolyZ [prf, in mathcomp.algebra.qpoly]
    in_set [def, in mathcomp.classical.classical_sets]
    in_set [prf, in mathcomp.boot.finset]
    in_set0 [prf, in mathcomp.classical.classical_sets]
    in_set0 [prf, in mathcomp.boot.finset]
    in_set1 [prf, in mathcomp.classical.classical_sets]
    in_set1 [prf, in mathcomp.boot.finset]
    in_set2 [prf, in mathcomp.boot.finset]
    in_set2P [prf, in mathcomp.classical.classical_sets]
    in_setC [prf, in mathcomp.classical.classical_sets]
    in_setC [prf, in mathcomp.boot.finset]
    in_setC1 [prf, in mathcomp.boot.finset]
    in_setD [prf, in mathcomp.classical.classical_sets]
    in_setD [prf, in mathcomp.boot.finset]
    in_setD1 [prf, in mathcomp.boot.finset]
    in_setE [prf, in mathcomp.classical.classical_sets]
    in_setI [prf, in mathcomp.classical.classical_sets]
    in_setI [prf, in mathcomp.boot.finset]
    in_setP [prf, in mathcomp.classical.classical_sets]
    in_setT [prf, in mathcomp.classical.classical_sets]
    in_setT [prf, in mathcomp.boot.finset]
    in_setU [prf, in mathcomp.classical.classical_sets]
    in_setU [prf, in mathcomp.boot.finset]
    in_setU1 [prf, in mathcomp.boot.finset]
    in_setX [prf, in mathcomp.classical.classical_sets]
    in_setX [prf, in mathcomp.boot.finset]
    in_setXn [prf, in mathcomp.boot.finset]
    in_sub_seq [abbrev, in mathcomp.boot.fintype]
    in_take [prf, in mathcomp.boot.seq]
    in_take_leq [prf, in mathcomp.boot.seq]
    in_tuple [def, in mathcomp.boot.tuple]
    in_tuple_cons [prf, in mathcomp.boot.tuple]
    in_tuple_tuple [prf, in mathcomp.boot.tuple]
    in_tupleE [prf, in mathcomp.boot.tuple]
    in_tupleP [prf, in mathcomp.boot.tuple]
    in_ultra_setVsetC [prf, in mathcomp.classical.filter]
    in_xsectionX [prf, in mathcomp.classical.classical_sets]
    in_ysectionX [prf, in mathcomp.classical.classical_sets]
    inA [abbrev, in mathcomp.solvable.hall]
    INatmul [constr, in mathcomp.reals.constructive_ereal]
    Inatmul [ind, in mathcomp.reals.constructive_ereal]
    INatmul [constr, in mathcomp.algebra.algebraic_hierarchy.rings_modules_and_algebras]
    Inatmul [ind, in mathcomp.algebra.algebraic_hierarchy.rings_modules_and_algebras]
    Inatmul_ind [scheme, in mathcomp.reals.constructive_ereal]
    Inatmul_ind [scheme, in mathcomp.algebra.algebraic_hierarchy.rings_modules_and_algebras]
    Inatmul_rec [scheme, in mathcomp.reals.constructive_ereal]
    Inatmul_rec [scheme, in mathcomp.algebra.algebraic_hierarchy.rings_modules_and_algebras]
    Inatmul_rect [scheme, in mathcomp.reals.constructive_ereal]
    Inatmul_rect [scheme, in mathcomp.algebra.algebraic_hierarchy.rings_modules_and_algebras]
    Inatmul_sind [scheme, in mathcomp.reals.constructive_ereal]
    Inatmul_sind [scheme, in mathcomp.algebra.algebraic_hierarchy.rings_modules_and_algebras]
    inc_segment_image [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    inc_surj_image_segment [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    inc_surj_image_segmentP [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    incl [def, in mathcomp.classical.functions]
    incl_subspace [def, in mathcomp.analysis.topology_theory.subspace_topology]
    incl_subspace_continuous [prf, in mathcomp.analysis.topology_theory.subspace_topology]
    inclT [abbrev, in mathcomp.classical.functions]
    incn_inj [prf, in mathcomp.boot.ssrnat]
    incn_inj_in [prf, in mathcomp.boot.ssrnat]
    incr_derive1_ge0 [prf, in mathcomp.analysis.derive]
    incr_derive1_ge0_itv [prf, in mathcomp.analysis.derive]
    incr_derive1_ge0_itvNy [prf, in mathcomp.analysis.derive]
    incr_derive1_ge0_itvy [prf, in mathcomp.analysis.derive]
    incr_nth [def, in mathcomp.boot.seq]
    incr_nth_inj [prf, in mathcomp.boot.seq]
    incr_nthC [prf, in mathcomp.boot.seq]
    incr_S1 [prf, in mathcomp.analysis.sequences]
    incr_tally [def, in mathcomp.boot.seq]
    incr_tallyP [prf, in mathcomp.boot.seq]
    increasing_cvg_at_left_comp [prf, in mathcomp.analysis.ftc]
    increasing_cvg_at_right_comp [prf, in mathcomp.analysis.ftc]
    increasing_ge0_integration_by_substitutionNy [prf, in mathcomp.analysis.ftc]
    increasing_ge0_integration_by_substitutionT [prf, in mathcomp.analysis.ftc]
    increasing_ge0_integration_by_substitutiony [prf, in mathcomp.analysis.ftc]
    increasing_image_oo [prf, in mathcomp.analysis.ftc]
    increasing_itvNyo_bigcup [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    increasing_itvoc_bigcup [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    increasing_opp [prf, in mathcomp.analysis.sequences]
    increasing_seq_injective [prf, in mathcomp.analysis.sequences]
    increasing_seqP [prf, in mathcomp.analysis.sequences]
    increasing_series [prf, in mathcomp.analysis.sequences]
    index [def, in mathcomp.boot.seq]
    index1g [prf, in mathcomp.finite_group.fingroup]
    index2_normal [prf, in mathcomp.finite_group.fingroup]
    index_cat [prf, in mathcomp.boot.seq]
    index_cent1 [prf, in mathcomp.finite_group.action]
    index_cosetpre [prf, in mathcomp.finite_group.quotient]
    index_enum [def, in mathcomp.boot.bigop]
    index_enum_key [prf, in mathcomp.boot.bigop]
    index_enum_ord [prf, in mathcomp.boot.fintype]
    index_enum_uniq [prf, in mathcomp.boot.bigop]
    index_extremal_group_type [def, in mathcomp.solvable.extremal]
    index_head [prf, in mathcomp.boot.seq]
    index_inj [prf, in mathcomp.boot.seq]
    index_injm [prf, in mathcomp.finite_group.quotient]
    index_iota [def, in mathcomp.boot.bigop]
    index_last [prf, in mathcomp.boot.seq]
    index_ltn [prf, in mathcomp.boot.seq]
    index_map [prf, in mathcomp.boot.seq]
    index_map_in [prf, in mathcomp.boot.seq]
    index_map_inW [prf, in mathcomp.boot.seq]
    index_maxnormal_sol_prime [prf, in mathcomp.solvable.maximal]
    index_mem [prf, in mathcomp.boot.seq]
    index_morphim [prf, in mathcomp.finite_group.quotient]
    index_morphim_ker [prf, in mathcomp.finite_group.quotient]
    index_morphpre [prf, in mathcomp.finite_group.quotient]
    index_nth [prf, in mathcomp.boot.seq]
    index_pivot [prf, in mathcomp.boot.seq]
    index_quotient [prf, in mathcomp.finite_group.quotient]
    index_quotient_eq [prf, in mathcomp.finite_group.quotient]
    index_quotient_ker [prf, in mathcomp.finite_group.quotient]
    index_sdprod [prf, in mathcomp.finite_group.gproduct]
    index_sdprodr [prf, in mathcomp.finite_group.gproduct]
    index_size [prf, in mathcomp.boot.seq]
    index_uniq [prf, in mathcomp.boot.seq]
    indexed_partition [prf, in mathcomp.boot.finset]
    indexg [def, in mathcomp.finite_group.fingroup]
    indexg1 [prf, in mathcomp.finite_group.fingroup]
    indexg_eq1 [prf, in mathcomp.finite_group.fingroup]
    indexg_gt0 [prf, in mathcomp.finite_group.fingroup]
    indexg_gt1 [prf, in mathcomp.finite_group.fingroup]
    indexgg [prf, in mathcomp.finite_group.fingroup]
    indexgI [prf, in mathcomp.finite_group.fingroup]
    indexgS [prf, in mathcomp.finite_group.fingroup]
    indexJg [prf, in mathcomp.finite_group.fingroup]
    indexMg [prf, in mathcomp.finite_group.fingroup]
    indexSg [prf, in mathcomp.finite_group.fingroup]
    indic [def, in mathcomp.analysis.numfun]
    indic0 [prf, in mathcomp.analysis.numfun]
    indic_bigcup [prf, in mathcomp.analysis.numfun]
    indic_fimfun [def, in mathcomp.analysis.numfun]
    indic_fubini_tonelli [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    indic_fubini_tonelli1 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    indic_fubini_tonelli2 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    indic_fubini_tonelli_F_ge0 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    indic_fubini_tonelli_FE [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    indic_fubini_tonelli_G_ge0 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    indic_fubini_tonelli_GE [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    indic_inum [def, in mathcomp.analysis.numfun]
    indic_measurable_fun_fubini_tonelli_F [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    indic_measurable_fun_fubini_tonelli_G [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    indic_mfun [def, in mathcomp.analysis.measurable_realfun]
    indic_nnsfun [def, in mathcomp.analysis.lebesgue_integral_theory.simple_functions]
    indic_restrict [prf, in mathcomp.analysis.numfun]
    indic_sfun [def, in mathcomp.analysis.lebesgue_integral_theory.simple_functions]
    indicC [prf, in mathcomp.analysis.numfun]
    indicE [prf, in mathcomp.analysis.numfun]
    indicI [prf, in mathcomp.analysis.numfun]
    indicT [prf, in mathcomp.analysis.numfun]
    indir_iso3l [def, in mathcomp.solvable.burnside_app]
    induced [abbrev, in mathcomp.analysis.charge]
    induced_charge [def, in mathcomp.analysis.charge]
    inE [def, in mathcomp.finmap.finmap]
    inE [def, in mathcomp.finite_group.fingroup]
    inE [def, in mathcomp.classical.classical_sets]
    inE [def, in mathcomp.boot.seq]
    inE [def, in mathcomp.boot.finset]
    inf [def, in mathcomp.reals.reals]
    inf0 [prf, in mathcomp.reals.reals]
    inf1 [prf, in mathcomp.reals.reals]
    inf_adherent [prf, in mathcomp.reals.reals]
    inf_itv [prf, in mathcomp.reals.real_interval]
    inf_itvcc [prf, in mathcomp.reals.real_interval]
    inf_lb_strict [prf, in mathcomp.reals.reals]
    inf_lbound [abbrev, in mathcomp.reals.reals]
    inf_le [prf, in mathcomp.reals.reals]
    inf_lt [prf, in mathcomp.reals.reals]
    inf_out [prf, in mathcomp.reals.reals]
    inf_setU [prf, in mathcomp.reals.reals]
    inf_sumE [prf, in mathcomp.reals.reals]
    infE [abbrev, in mathcomp.solvable.burnside_app]
    Infer [proj, in mathcomp.reals.signed]
    Infer [constr, in mathcomp.reals.signed]
    infer [rec, in mathcomp.reals.signed]
    infer [ind, in mathcomp.reals.signed]
    Infer [proj, in mathcomp.analysis.topology_theory.compact]
    Infer [constr, in mathcomp.analysis.topology_theory.compact]
    infer [rec, in mathcomp.analysis.topology_theory.compact]
    infer [ind, in mathcomp.analysis.topology_theory.compact]
    inferP [prf, in mathcomp.reals.signed]
    inferP [prf, in mathcomp.analysis.topology_theory.compact]
    infH [abbrev, in mathcomp.finite_group.action]
    infimum [def, in mathcomp.classical.classical_sets]
    infimums [def, in mathcomp.classical.classical_sets]
    infimums1 [prf, in mathcomp.classical.classical_sets]
    infinite_bounded_limit_point_nonempty [prf, in mathcomp.analysis.sequences]
    infinite_card_dirac [prf, in mathcomp.analysis.measure_theory.dirac_measure]
    infinite_increasing_seq [prf, in mathcomp.analysis.sequences]
    infinite_increasing_seq_wf [prf, in mathcomp.analysis.sequences]
    infinite_nat [prf, in mathcomp.classical.cardinality]
    infinite_prod_nat [prf, in mathcomp.classical.cardinality]
    infinite_prod_rat [prf, in mathcomp.classical.cardinality]
    infinite_rat [prf, in mathcomp.classical.cardinality]
    infinite_set [abbrev, in mathcomp.classical.cardinality]
    infinite_set_fset [prf, in mathcomp.classical.cardinality]
    infinite_set_fsetP [prf, in mathcomp.classical.cardinality]
    infinite_setD [prf, in mathcomp.classical.cardinality]
    infinite_setIl [prf, in mathcomp.classical.cardinality]
    infinite_setIr [prf, in mathcomp.classical.cardinality]
    infinite_setN0 [prf, in mathcomp.classical.cardinality]
    infinite_setX [prf, in mathcomp.classical.cardinality]
    infiniteP [prf, in mathcomp.classical.cardinality]
    infiniteXRl [prf, in mathcomp.classical.cardinality]
    infix [def, in mathcomp.boot.seq]
    infix0s [prf, in mathcomp.boot.seq]
    infix1s [prf, in mathcomp.boot.seq]
    infix_catl [prf, in mathcomp.boot.seq]
    infix_catr [prf, in mathcomp.boot.seq]
    infix_cons [prf, in mathcomp.boot.seq]
    infix_consl [prf, in mathcomp.boot.seq]
    infix_drop [prf, in mathcomp.boot.seq]
    infix_index [def, in mathcomp.boot.seq]
    infix_index0s [prf, in mathcomp.boot.seq]
    infix_index_le [prf, in mathcomp.boot.seq]
    infix_indexs0 [prf, in mathcomp.boot.seq]
    infix_indexss [prf, in mathcomp.boot.seq]
    infix_infix [prf, in mathcomp.boot.seq]
    infix_prefix_trans [prf, in mathcomp.boot.seq]
    infix_rcons [prf, in mathcomp.boot.seq]
    infix_rconsl [prf, in mathcomp.boot.seq]
    infix_refl [prf, in mathcomp.boot.seq]
    infix_rev [prf, in mathcomp.boot.seq]
    infix_revLR [prf, in mathcomp.boot.seq]
    infix_sorted [prf, in mathcomp.boot.path]
    infix_suffix_trans [prf, in mathcomp.boot.seq]
    infix_take [prf, in mathcomp.boot.seq]
    infix_trans [prf, in mathcomp.boot.seq]
    infix_uniq [prf, in mathcomp.boot.seq]
    infixE [prf, in mathcomp.boot.seq]
    infixP [prf, in mathcomp.boot.seq]
    infixPn [prf, in mathcomp.boot.seq]
    infixs0 [prf, in mathcomp.boot.seq]
    infixs1 [prf, in mathcomp.boot.seq]
    infixTindex [prf, in mathcomp.boot.seq]
    infixW [prf, in mathcomp.boot.seq]
    infs [def, in mathcomp.analysis.sequences]
    infs_le_sups [prf, in mathcomp.analysis.sequences]
    infs_preimage [prf, in mathcomp.analysis.sequences]
    InFset [constr, in mathcomp.finmap.finmap]
    infsN [prf, in mathcomp.analysis.sequences]
    inG [abbrev, in mathcomp.solvable.hall]
    inH [abbrev, in mathcomp.finite_group.action]
    inhabited_witness [prf, in mathcomp.classical.boolp]
    inhabitedE [prf, in mathcomp.classical.boolp]
    inIntSpan [def, in mathcomp.algebra.rat]
    initial_ball [def, in mathcomp.analysis.topology_theory.initial_topology]
    initial_ballE [prf, in mathcomp.analysis.topology_theory.initial_topology]
    initial_continuous [prf, in mathcomp.analysis.topology_theory.initial_topology]
    initial_ent [def, in mathcomp.analysis.topology_theory.initial_topology]
    initial_sep_cvg [prf, in mathcomp.analysis.topology_theory.function_spaces]
    initial_sep_nbhsE [prf, in mathcomp.analysis.topology_theory.function_spaces]
    initial_sep_openE [prf, in mathcomp.analysis.topology_theory.function_spaces]
    initial_subspace_open [prf, in mathcomp.analysis.topology_theory.subspace_topology]
    initial_topology [file, in mathcomp.analysis.topology_theory.initial_topology]
    initial_topology [def, in mathcomp.analysis.topology_theory.initial_topology]
    Inj [abbrev, in mathcomp.classical.functions]
    Inj [mod, in mathcomp.classical.functions]
    inj [def, in mathcomp.classical.functions]
    Inj.axioms [abbrev, in mathcomp.classical.functions]
    Inj.axioms_ [rec, in mathcomp.classical.functions]
    Inj.Build [abbrev, in mathcomp.classical.functions]
    Inj.Exports [mod, in mathcomp.classical.functions]
    Inj.inj [proj, in mathcomp.classical.functions]
    Inj.phant_axioms [def, in mathcomp.classical.functions]
    Inj.phant_Build [def, in mathcomp.classical.functions]
    inj_bij [prf, in mathcomp.classical.functions]
    inj_card_bij [prf, in mathcomp.boot.fintype]
    inj_card_eq [prf, in mathcomp.classical.cardinality]
    inj_card_le [prf, in mathcomp.classical.cardinality]
    inj_card_onto [prf, in mathcomp.boot.fintype]
    inj_cycle [prf, in mathcomp.boot.path]
    Inj_dep_pair [def, in mathcomp.classical.internal_Eqdep_dec]
    Inj_dep_pair_on [def, in mathcomp.classical.internal_Eqdep_dec]
    inj_eq [prf, in mathcomp.boot.eqtype]
    inj_eqAxiom [prf, in mathcomp.boot.eqtype]
    inj_fperm2 [prf, in mathcomp.finmap.finperm]
    inj_hint [def, in mathcomp.classical.functions]
    inj_homo [prf, in mathcomp.boot.eqtype]
    inj_homo_in [prf, in mathcomp.boot.eqtype]
    inj_homo_ltn [prf, in mathcomp.boot.ssrnat]
    inj_homo_ltn_in [prf, in mathcomp.boot.ssrnat]
    inj_in_eq [prf, in mathcomp.boot.eqtype]
    inj_in_map [prf, in mathcomp.boot.seq]
    inj_leq [prf, in mathcomp.boot.fintype]
    inj_map [prf, in mathcomp.boot.seq]
    inj_nhomo_ltn [prf, in mathcomp.boot.ssrnat]
    inj_nhomo_ltn_in [prf, in mathcomp.boot.ssrnat]
    inj_omap [prf, in mathcomp.boot.ssrfun]
    inj_onth_map [prf, in mathcomp.boot.seq]
    inj_pair2_eq_dec [prf, in mathcomp.classical.internal_Eqdep_dec]
    inj_row_free [prf, in mathcomp.algebra.mxalgebra]
    inj_Rtoint [prf, in mathcomp.reals.reals]
    inj_subfx [def, in mathcomp.field.fieldext]
    inj_tperm [prf, in mathcomp.finite_group.perm]
    inj_type [def, in mathcomp.boot.eqtype]
    Inject [abbrev, in mathcomp.classical.functions]
    Inject [mod, in mathcomp.classical.functions]
    Inject.axioms_ [rec, in mathcomp.classical.functions]
    Inject.class [proj, in mathcomp.classical.functions]
    Inject.clone [abbrev, in mathcomp.classical.functions]
    Inject.copy [abbrev, in mathcomp.classical.functions]
    Inject.Exports [mod, in mathcomp.classical.functions]
    Inject.functions_OInv_Can_mixin [proj, in mathcomp.classical.functions]
    Inject.functions_OInv_mixin [proj, in mathcomp.classical.functions]
    Inject.on [abbrev, in mathcomp.classical.functions]
    Inject.on_ [abbrev, in mathcomp.classical.functions]
    Inject.pack_ [def, in mathcomp.classical.functions]
    Inject.phant_clone [def, in mathcomp.classical.functions]
    Inject.phant_on_ [def, in mathcomp.classical.functions]
    Inject.sort [proj, in mathcomp.classical.functions]
    Inject.type [rec, in mathcomp.classical.functions]
    InjectElpiOperations [mod, in mathcomp.classical.functions]
    injective2 [def, in mathcomp.boot.ssrfun]
    injective_gtn [prf, in mathcomp.classical.cardinality]
    injectiveb [def, in mathcomp.boot.fintype]
    injectiveP [prf, in mathcomp.boot.fintype]
    injectivePcycle [prf, in mathcomp.boot.fingraph]
    injectivePn [prf, in mathcomp.boot.fintype]
    injF_bij [prf, in mathcomp.boot.fintype]
    injF_onto [prf, in mathcomp.boot.fintype]
    InjFun [abbrev, in mathcomp.classical.functions]
    InjFun [mod, in mathcomp.classical.functions]
    InjFun.axioms_ [rec, in mathcomp.classical.functions]
    InjFun.class [proj, in mathcomp.classical.functions]
    InjFun.clone [abbrev, in mathcomp.classical.functions]
    InjFun.copy [abbrev, in mathcomp.classical.functions]
    InjFun.Exports [mod, in mathcomp.classical.functions]
    InjFun.Exports.join_functions_InjFun_between_functions_Fun_and_functions_Inject [def, in mathcomp.classical.functions]
    InjFun.Exports.join_functions_InjFun_between_functions_Inject_and_functions_OInvFun [def, in mathcomp.classical.functions]
    InjFun.functions_isFun_mixin [proj, in mathcomp.classical.functions]
    InjFun.functions_OInv_Can_mixin [proj, in mathcomp.classical.functions]
    InjFun.functions_OInv_mixin [proj, in mathcomp.classical.functions]
    InjFun.on [abbrev, in mathcomp.classical.functions]
    InjFun.on_ [abbrev, in mathcomp.classical.functions]
    InjFun.pack_ [def, in mathcomp.classical.functions]
    InjFun.phant_clone [def, in mathcomp.classical.functions]
    InjFun.phant_on_ [def, in mathcomp.classical.functions]
    InjFun.sort [proj, in mathcomp.classical.functions]
    InjFun.type [rec, in mathcomp.classical.functions]
    InjFunElpiOperations [mod, in mathcomp.classical.functions]
    injfunPex [prf, in mathcomp.classical.cardinality]
    injm1 [prf, in mathcomp.finite_group.morphism]
    injm_abelem [prf, in mathcomp.solvable.abelian]
    injm_abelian [prf, in mathcomp.finite_group.morphism]
    injm_actm [prf, in mathcomp.finite_group.action]
    injm_Aut [prf, in mathcomp.finite_group.automorphism]
    injm_Aut_full [prf, in mathcomp.finite_group.action]
    injm_Aut_isom [prf, in mathcomp.finite_group.automorphism]
    injm_Aut_sub [prf, in mathcomp.finite_group.action]
    injm_autm [prf, in mathcomp.finite_group.automorphism]
    injm_bigdprod [prf, in mathcomp.finite_group.gproduct]
    injm_cent [prf, in mathcomp.finite_group.morphism]
    injm_cent1 [prf, in mathcomp.finite_group.morphism]
    injm_center [prf, in mathcomp.solvable.center]
    injm_cents [prf, in mathcomp.finite_group.morphism]
    injm_char [prf, in mathcomp.finite_group.automorphism]
    injm_comp [prf, in mathcomp.finite_group.morphism]
    injm_conj [prf, in mathcomp.finite_group.automorphism]
    injm_cpair1g [prf, in mathcomp.solvable.center]
    injm_cpairg1 [prf, in mathcomp.solvable.center]
    injm_cprodm [prf, in mathcomp.finite_group.gproduct]
    injm_cyclem [prf, in mathcomp.solvable.cyclic]
    injm_cyclic [prf, in mathcomp.solvable.cyclic]
    injm_dfung1 [prf, in mathcomp.finite_group.gproduct]
    injm_dprod [prf, in mathcomp.finite_group.gproduct]
    injm_dprodm [prf, in mathcomp.finite_group.gproduct]
    injm_eltm [prf, in mathcomp.solvable.cyclic]
    injm_eq [prf, in mathcomp.finite_group.morphism]
    injm_extraspecial [prf, in mathcomp.solvable.maximal]
    injm_factm [prf, in mathcomp.finite_group.morphism]
    injm_factmP [prf, in mathcomp.finite_group.morphism]
    injm_faithful [prf, in mathcomp.finite_group.action]
    injm_Fitting [prf, in mathcomp.solvable.maximal]
    injm_Frobenius [prf, in mathcomp.solvable.frobenius]
    injm_Frobenius_compl [prf, in mathcomp.solvable.frobenius]
    injm_Frobenius_group [prf, in mathcomp.solvable.frobenius]
    injm_Frobenius_ker [prf, in mathcomp.solvable.frobenius]
    injm_generator [prf, in mathcomp.solvable.cyclic]
    injm_grank [prf, in mathcomp.solvable.abelian]
    injm_idm [prf, in mathcomp.finite_group.morphism]
    injm_ifactm [prf, in mathcomp.finite_group.morphism]
    injm_invm [prf, in mathcomp.finite_group.morphism]
    injm_Ldiv [prf, in mathcomp.solvable.abelian]
    injm_maximal [prf, in mathcomp.solvable.gseries]
    injm_maximal_eq [prf, in mathcomp.solvable.gseries]
    injm_maxnormal [prf, in mathcomp.solvable.gseries]
    injm_minnormal [prf, in mathcomp.solvable.gseries]
    injm_morphim_inj [prf, in mathcomp.finite_group.morphism]
    injm_nElem [prf, in mathcomp.solvable.abelian]
    injm_nil [prf, in mathcomp.solvable.nilpotent]
    injm_norm [prf, in mathcomp.finite_group.morphism]
    injm_normal [prf, in mathcomp.finite_group.morphism]
    injm_norms [prf, in mathcomp.finite_group.morphism]
    injm_Ohm [prf, in mathcomp.solvable.abelian]
    injm_p_rank [prf, in mathcomp.solvable.abelian]
    injm_pair1g [prf, in mathcomp.finite_group.gproduct]
    injm_pairg1 [prf, in mathcomp.finite_group.gproduct]
    injm_pcore [prf, in mathcomp.solvable.pgroup]
    injm_pElem [prf, in mathcomp.solvable.abelian]
    injm_pelt [prf, in mathcomp.solvable.pgroup]
    injm_pgroup [prf, in mathcomp.solvable.pgroup]
    injm_pHall [prf, in mathcomp.solvable.pgroup]
    injm_Phi [prf, in mathcomp.solvable.maximal]
    injm_pmaxElem [prf, in mathcomp.solvable.abelian]
    injm_pnElem [prf, in mathcomp.solvable.abelian]
    injm_pprodm [prf, in mathcomp.finite_group.gproduct]
    injm_proper [prf, in mathcomp.finite_group.morphism]
    injm_pseries [prf, in mathcomp.solvable.pgroup]
    injm_qisom [prf, in mathcomp.finite_group.quotient]
    injm_quotm [prf, in mathcomp.finite_group.quotient]
    injm_rank [prf, in mathcomp.solvable.abelian]
    injm_restrm [prf, in mathcomp.finite_group.morphism]
    injm_sdpair1 [prf, in mathcomp.finite_group.gproduct]
    injm_sdpair2 [prf, in mathcomp.finite_group.gproduct]
    injm_sdprod [prf, in mathcomp.finite_group.gproduct]
    injm_sdprodm [prf, in mathcomp.finite_group.gproduct]
    injm_sgval [prf, in mathcomp.finite_group.morphism]
    injm_sol [prf, in mathcomp.solvable.nilpotent]
    injm_special [prf, in mathcomp.solvable.maximal]
    injm_subcent [prf, in mathcomp.finite_group.morphism]
    injm_subcent1 [prf, in mathcomp.finite_group.morphism]
    injm_subg [prf, in mathcomp.finite_group.morphism]
    injm_subnorm [prf, in mathcomp.finite_group.morphism]
    injm_ucn [prf, in mathcomp.solvable.nilpotent]
    injm_xcprodm [prf, in mathcomp.solvable.center]
    injm_xsdprodm [prf, in mathcomp.finite_group.gproduct]
    injm_Zp_unitm [prf, in mathcomp.solvable.cyclic]
    injm_Zpm [prf, in mathcomp.solvable.cyclic]
    injmD1 [prf, in mathcomp.finite_group.morphism]
    injmF [prf, in mathcomp.solvable.gfunctor]
    injmF_sub [prf, in mathcomp.solvable.gfunctor]
    injmI [prf, in mathcomp.finite_group.morphism]
    injmK [prf, in mathcomp.finite_group.morphism]
    injmP [prf, in mathcomp.finite_group.morphism]
    injmSK [prf, in mathcomp.finite_group.morphism]
    injPex [prf, in mathcomp.classical.cardinality]
    injPfun [prf, in mathcomp.classical.functions]
    injpinv_bij [prf, in mathcomp.classical.functions]
    injpinv_image [prf, in mathcomp.classical.functions]
    injpinv_surj [prf, in mathcomp.classical.functions]
    injpPfun [abbrev, in mathcomp.classical.functions]
    injpPfun_ [prf, in mathcomp.classical.functions]
    injT [prf, in mathcomp.classical.functions]
    inl_in_set_inl [prf, in mathcomp.classical.classical_sets]
    inl_in_set_inr [prf, in mathcomp.classical.classical_sets]
    inl_inj [prf, in mathcomp.boot.ssrfun]
    inlined_new_rect [abbrev, in mathcomp.boot.eqtype]
    inlined_sub_rect [abbrev, in mathcomp.boot.eqtype]
    innew [def, in mathcomp.boot.eqtype]
    innew_val [prf, in mathcomp.boot.eqtype]
    inord [def, in mathcomp.boot.fintype]
    inord_val [prf, in mathcomp.boot.fintype]
    inordK [prf, in mathcomp.boot.fintype]
    inr_in_set_inl [prf, in mathcomp.classical.classical_sets]
    inr_in_set_inr [prf, in mathcomp.classical.classical_sets]
    inr_inj [prf, in mathcomp.boot.ssrfun]
    inseparable_add [prf, in mathcomp.field.separable]
    inseparable_sum [prf, in mathcomp.field.separable]
    insigd [def, in mathcomp.boot.eqtype]
    Instances [mod, in mathcomp.algebra.interval_inference]
    Instances.add_inum [def, in mathcomp.algebra.interval_inference]
    Instances.addn_inum [def, in mathcomp.algebra.interval_inference]
    Instances.BRight_le_mul_boundr [prf, in mathcomp.algebra.interval_inference]
    Instances.comparable_num_itv_bound [prf, in mathcomp.algebra.interval_inference]
    Instances.double_inum [def, in mathcomp.algebra.interval_inference]
    Instances.expn_inum [def, in mathcomp.algebra.interval_inference]
    Instances.exprn_inum [def, in mathcomp.algebra.interval_inference]
    Instances.exprz_inum [def, in mathcomp.algebra.interval_inference]
    Instances.factorial_inum [def, in mathcomp.algebra.interval_inference]
    Instances.intmul_inum [def, in mathcomp.algebra.interval_inference]
    Instances.inv_inum [def, in mathcomp.algebra.interval_inference]
    Instances.ISignBoth [constr, in mathcomp.algebra.interval_inference]
    Instances.ISignEqZero [constr, in mathcomp.algebra.interval_inference]
    Instances.ISignNonNeg [constr, in mathcomp.algebra.interval_inference]
    Instances.ISignNonPos [constr, in mathcomp.algebra.interval_inference]
    Instances.max_typ_inum [def, in mathcomp.algebra.interval_inference]
    Instances.maxn_inum [def, in mathcomp.algebra.interval_inference]
    Instances.min_max_maxP [proj, in mathcomp.algebra.interval_inference]
    Instances.min_max_minP [proj, in mathcomp.algebra.interval_inference]
    Instances.min_max_sem [proj, in mathcomp.algebra.interval_inference]
    Instances.min_max_sort [proj, in mathcomp.algebra.interval_inference]
    Instances.min_max_typ [rec, in mathcomp.algebra.interval_inference]
    Instances.min_typ_inum [def, in mathcomp.algebra.interval_inference]
    Instances.minn_inum [def, in mathcomp.algebra.interval_inference]
    Instances.mul_inum [def, in mathcomp.algebra.interval_inference]
    Instances.muln_inum [def, in mathcomp.algebra.interval_inference]
    Instances.nat_min_max_typ [def, in mathcomp.algebra.interval_inference]
    Instances.nat_num_spec [prf, in mathcomp.algebra.interval_inference]
    Instances.nat_spec_add [prf, in mathcomp.algebra.interval_inference]
    Instances.nat_spec_double [prf, in mathcomp.algebra.interval_inference]
    Instances.nat_spec_exp [prf, in mathcomp.algebra.interval_inference]
    Instances.nat_spec_factorial [prf, in mathcomp.algebra.interval_inference]
    Instances.nat_spec_max [prf, in mathcomp.algebra.interval_inference]
    Instances.nat_spec_min [prf, in mathcomp.algebra.interval_inference]
    Instances.nat_spec_mul [prf, in mathcomp.algebra.interval_inference]
    Instances.nat_spec_succ [prf, in mathcomp.algebra.interval_inference]
    Instances.nat_spec_zero [prf, in mathcomp.algebra.interval_inference]
    Instances.natmul_inum [def, in mathcomp.algebra.interval_inference]
    Instances.natmul_itv [def, in mathcomp.algebra.interval_inference]
    Instances.Negz_inum [def, in mathcomp.algebra.interval_inference]
    Instances.norm_inum [def, in mathcomp.algebra.interval_inference]
    Instances.num_itv_add_boundl [prf, in mathcomp.algebra.interval_inference]
    Instances.num_itv_add_boundr [prf, in mathcomp.algebra.interval_inference]
    Instances.num_itv_bound_exprn_le1 [prf, in mathcomp.algebra.interval_inference]
    Instances.num_itv_bound_keep_neg [prf, in mathcomp.algebra.interval_inference]
    Instances.num_itv_bound_keep_pos [prf, in mathcomp.algebra.interval_inference]
    Instances.num_itv_bound_max [prf, in mathcomp.algebra.interval_inference]
    Instances.num_itv_bound_min [prf, in mathcomp.algebra.interval_inference]
    Instances.num_itv_mul_boundl [prf, in mathcomp.algebra.interval_inference]
    Instances.num_itv_mul_boundr [prf, in mathcomp.algebra.interval_inference]
    Instances.num_min_max_typ [def, in mathcomp.algebra.interval_inference]
    Instances.num_spec_add [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_exprn [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_exprz [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_int [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_intmul [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_inv [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_max [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_min [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_mul [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_natmul [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_Negz [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_norm [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_one [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_opp [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_Posz [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_sqrt [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_sqrtC [prf, in mathcomp.algebra.interval_inference]
    Instances.num_spec_zero [prf, in mathcomp.algebra.interval_inference]
    Instances.one_inum [def, in mathcomp.algebra.interval_inference]
    Instances.opp_boundl [prf, in mathcomp.algebra.interval_inference]
    Instances.opp_boundr [prf, in mathcomp.algebra.interval_inference]
    Instances.opp_inum [def, in mathcomp.algebra.interval_inference]
    Instances.Posz_inum [def, in mathcomp.algebra.interval_inference]
    Instances.sign_spec [ind, in mathcomp.algebra.interval_inference]
    Instances.signP [prf, in mathcomp.algebra.interval_inference]
    Instances.sqrt_inum [def, in mathcomp.algebra.interval_inference]
    Instances.sqrt_itv [def, in mathcomp.algebra.interval_inference]
    Instances.sqrtC_inum [def, in mathcomp.algebra.interval_inference]
    Instances.sqrtC_itv [def, in mathcomp.algebra.interval_inference]
    Instances.succn_inum [def, in mathcomp.algebra.interval_inference]
    Instances.zero_inum [def, in mathcomp.algebra.interval_inference]
    Instances.zeron_inum [def, in mathcomp.algebra.interval_inference]
    insub [def, in mathcomp.boot.eqtype]
    insub_bseq [def, in mathcomp.boot.tuple]
    insub_eq [def, in mathcomp.boot.eqtype]
    insub_eqE [prf, in mathcomp.boot.eqtype]
    insub_spec [ind, in mathcomp.boot.eqtype]
    insubd [def, in mathcomp.boot.eqtype]
    insubdK [prf, in mathcomp.boot.eqtype]
    insubF [prf, in mathcomp.boot.eqtype]
    insubK [prf, in mathcomp.boot.eqtype]
    insubN [prf, in mathcomp.boot.eqtype]
    InsubNone [constr, in mathcomp.boot.eqtype]
    insubP [prf, in mathcomp.boot.eqtype]
    InsubSome [constr, in mathcomp.boot.eqtype]
    insubT [prf, in mathcomp.boot.eqtype]
    int [ind, in mathcomp.algebra.ssrint]
    int_ind [def, in mathcomp.algebra.ssrint]
    int_lbound_has_minimum [prf, in mathcomp.reals.reals]
    int_of_natsum [def, in mathcomp.algebra.ssrint]
    int_of_Z [def, in mathcomp.algebra.binnums]
    int_rec [def, in mathcomp.algebra.ssrint]
    int_rect [prf, in mathcomp.algebra.ssrint]
    int_Smith_normal_form [prf, in mathcomp.algebra.intdiv]
    int_spec [ind, in mathcomp.algebra.ssrint]
    intCK [abbrev, in mathcomp.field.cyclotomic]
    IntDist [mod, in mathcomp.algebra.ssrint]
    IntDist.dist0n [prf, in mathcomp.algebra.ssrint]
    IntDist.distn0 [prf, in mathcomp.algebra.ssrint]
    IntDist.distn_eq0 [prf, in mathcomp.algebra.ssrint]
    IntDist.distn_eq1 [prf, in mathcomp.algebra.ssrint]
    IntDist.distnC [prf, in mathcomp.algebra.ssrint]
    IntDist.distnDl [prf, in mathcomp.algebra.ssrint]
    IntDist.distnDr [prf, in mathcomp.algebra.ssrint]
    IntDist.distnEl [prf, in mathcomp.algebra.ssrint]
    IntDist.distnEr [prf, in mathcomp.algebra.ssrint]
    IntDist.distnn [prf, in mathcomp.algebra.ssrint]
    IntDist.distnS [prf, in mathcomp.algebra.ssrint]
    IntDist.distSn [prf, in mathcomp.algebra.ssrint]
    IntDist.int_nmodType [def, in mathcomp.algebra.ssrint]
    IntDist.int_zmodType [def, in mathcomp.algebra.ssrint]
    IntDist.leqD_dist [prf, in mathcomp.algebra.ssrint]
    IntDist.leqifD_dist [prf, in mathcomp.algebra.ssrint]
    IntDist.leqifD_distz [prf, in mathcomp.algebra.ssrint]
    IntDist.sqrn_dist [prf, in mathcomp.algebra.ssrint]
    intdiv [file, in mathcomp.algebra.intdiv]
    integer_approx [def, in mathcomp.analysis.lebesgue_integral_theory.measurable_fun_approximation]
    integrable [abbrev, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable [mod, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable.body [def, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable.unlock [def, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable0 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable12ltyP [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    integrable21ltyP [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    integrable_abse [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_add_def [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_ae [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_beta_pdf [prf, in mathcomp.analysis.probability_theory.beta_distribution]
    integrable_expectation [prf, in mathcomp.analysis.probability_theory.random_variable]
    integrable_exponential_pdf [prf, in mathcomp.analysis.probability_theory.exponential_distribution]
    integrable_fin_num [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_fubini_F [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    integrable_funeneg [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_funepos [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_funrneg [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_funrpos [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_indic [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_indic_itv [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_locally [prf, in mathcomp.analysis.ftc]
    integrable_locally_restrict [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_differentiation]
    integrable_Locked [modtype, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_Locked.body [ax, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_Locked.unlock [ax, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_lty [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_mkcond [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_neg_fin_num [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_norm [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_normal_pdf [prf, in mathcomp.analysis.probability_theory.normal_distribution]
    integrable_pos_fin_num [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_pushforward [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_restrict [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_set0 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_sum [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_summable [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_uniform_pdf [prf, in mathcomp.analysis.probability_theory.uniform_distribution]
    integrable_unlock_subterm [def, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_unlockable [def, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrable_XMonemX [prf, in mathcomp.analysis.probability_theory.beta_distribution]
    integrable_XMonemX_restrict [prf, in mathcomp.analysis.probability_theory.beta_distribution]
    integrableB [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrableD [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrableMl [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrableMr [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrableN [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrableP [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrableS [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrableT_gauss [prf, in mathcomp.analysis.gauss_integral]
    integrableZl [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integrableZr [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral [def, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integral0 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integral0 [prf, in mathcomp.algebra.mxpoly]
    integral0_eq [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integral0_oneDsqr [prf, in mathcomp.analysis.trigo]
    integral0y_gauss [prf, in mathcomp.analysis.gauss_integral]
    integral0y_oneDsqr [prf, in mathcomp.analysis.trigo]
    integral1 [prf, in mathcomp.algebra.mxpoly]
    integral12_prod_meas1 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    integral12_prod_meas2 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    integral21_prod_meas1 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    integral21_prod_meas2 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_fubini]
    integral_abs_eq0 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_add [prf, in mathcomp.algebra.mxpoly]
    integral_ae_eq [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_algebraic [prf, in mathcomp.algebra.mxpoly]
    integral_bernoulli_prob [prf, in mathcomp.analysis.probability_theory.bernoulli_distribution]
    integral_beta_pdf [prf, in mathcomp.analysis.probability_theory.beta_distribution]
    integral_beta_prob [prf, in mathcomp.analysis.probability_theory.beta_distribution]
    integral_beta_prob_bernoulli_prob_lty [prf, in mathcomp.analysis.probability_theory.beta_distribution]
    integral_beta_prob_bernoulli_prob_onem_lty [prf, in mathcomp.analysis.probability_theory.beta_distribution]
    integral_beta_prob_bernoulli_prob_onemX_lty [prf, in mathcomp.analysis.probability_theory.beta_distribution]
    integral_bigcup [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_bigsetU_EFin [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_binomial [prf, in mathcomp.analysis.probability_theory.binomial_distribution]
    integral_binomial_prob [prf, in mathcomp.analysis.probability_theory.binomial_distribution]
    integral_count [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_cst [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_cstNy [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_cstr [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_csty [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_dirac [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_distribution [prf, in mathcomp.analysis.probability_theory.random_variable]
    integral_div [prf, in mathcomp.algebra.mxpoly]
    integral_exponential_pdf [prf, in mathcomp.analysis.probability_theory.exponential_distribution]
    integral_fin_num_abs [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_fune_fin_num [abbrev, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_fune_lt_pinfty [abbrev, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_funeneg_lt_pinfty [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_funepos_lt_pinfty [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_ge0 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integral_ge0N [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_horner [prf, in mathcomp.algebra.mxpoly]
    integral_horner_root [prf, in mathcomp.algebra.mxpoly]
    integral_id [prf, in mathcomp.algebra.mxpoly]
    integral_indic [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integral_inv [prf, in mathcomp.algebra.mxpoly]
    integral_itv_bndo_bndc [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_itv_bndoo [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_itv_obnd_cbnd [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_kcomp [prf, in mathcomp.analysis.kernel]
    integral_kseries [prf, in mathcomp.analysis.kernel]
    integral_le_bound [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_measure_add [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_measure_add_nnsfun [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_measure_series [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_measure_series_nnsfun [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_measure_sum_nnsfun [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_measure_zero [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_mkcond [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integral_mkcondl [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integral_mkcondr [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integral_mul [prf, in mathcomp.algebra.mxpoly]
    integral_nat [prf, in mathcomp.algebra.mxpoly]
    integral_nneseries [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_nnsfun [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integral_normal_pdf [prf, in mathcomp.analysis.probability_theory.normal_distribution]
    integral_normr_continuous [prf, in mathcomp.analysis.charge]
    integral_opp [prf, in mathcomp.algebra.mxpoly]
    integral_poly [prf, in mathcomp.algebra.mxpoly]
    integral_pushforward [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_rmorph [prf, in mathcomp.algebra.mxpoly]
    integral_root [prf, in mathcomp.algebra.mxpoly]
    integral_root_monic [prf, in mathcomp.algebra.mxpoly]
    integral_set0 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_set1 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_setD1 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_setD1_EFin [abbrev, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_setU [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_setU_EFin [abbrev, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_Sset1 [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integral_sub [prf, in mathcomp.algebra.mxpoly]
    integral_sum [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integral_uniform [prf, in mathcomp.analysis.probability_theory.uniform_distribution]
    integral_uniform_pdf [prf, in mathcomp.analysis.probability_theory.uniform_distribution]
    integral_uniform_pdf1 [prf, in mathcomp.analysis.probability_theory.uniform_distribution]
    integral_XMonemX_restrict [prf, in mathcomp.analysis.probability_theory.beta_distribution]
    integralB [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integralB_EFin [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integralD [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integralD_EFin [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integralE [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integralEpatch [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integralN [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integralOver [def, in mathcomp.algebra.mxpoly]
    integralRange [def, in mathcomp.algebra.mxpoly]
    integralT_gauss [prf, in mathcomp.analysis.gauss_integral]
    integralT_nnsfun [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    integralZl [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integralZl_indic [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integralZl_indic_nnsfun [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_nonneg]
    integralZr [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integrable]
    integration_by_parts [prf, in mathcomp.analysis.ftc]
    integration_by_substitution_decreasing [prf, in mathcomp.analysis.ftc]
    integration_by_substitution_increasing [prf, in mathcomp.analysis.ftc]
    integration_by_substitution_onem [prf, in mathcomp.analysis.ftc]
    integration_by_substitution_oppr [prf, in mathcomp.analysis.ftc]
    interior [def, in mathcomp.analysis.topology_theory.topology_structure]
    interior0 [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interior_bigcup [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interior_closed_ballE [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    interior_closed_regopen [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interior_closure_idem [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interior_id [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interior_itv [def, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interior_itv_bnd [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interior_itv_bndy [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interior_itv_Nybnd [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interior_itv_Nyy [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interior_set1 [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interior_subset [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interiorC [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interiorEbigcup [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interiorI [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interiorS [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interiorT [prf, in mathcomp.analysis.topology_theory.topology_structure]
    interiorU [prf, in mathcomp.analysis.topology_theory.topology_structure]
    internal_Eqdep_dec [file, in mathcomp.classical.internal_Eqdep_dec]
    Internals [mod, in mathcomp.classical.contra]
    Internals [mod, in mathcomp.algebra.ring_tactic]
    Internals [mod, in mathcomp.algebra.field_tactic]
    Internals [mod, in mathcomp.algebra.arithmetic_tactic]
    Internals.A_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.absurd_PCond_R [def, in mathcomp.algebra.field_tactic]
    Internals.absurdW [prf, in mathcomp.classical.contra]
    Internals.add_pos_nat [def, in mathcomp.algebra.ring_tactic]
    Internals.add_pos_natE [prf, in mathcomp.algebra.ring_tactic]
    Internals.add_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.add_term [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.add_term_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.add_termP [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.addb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.addf_div_common [prf, in mathcomp.algebra.field_tactic]
    Internals.addn_expand [def, in mathcomp.algebra.ring_tactic]
    Internals.and3_nProp [def, in mathcomp.classical.contra]
    Internals.and3_nPropP [prf, in mathcomp.classical.contra]
    Internals.and4_nProp [def, in mathcomp.classical.contra]
    Internals.and4_nPropP [prf, in mathcomp.classical.contra]
    Internals.and5_nProp [def, in mathcomp.classical.contra]
    Internals.and5_nPropP [prf, in mathcomp.classical.contra]
    Internals.and_cnf [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.and_cnf_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.and_def [abbrev, in mathcomp.classical.contra]
    Internals.and_nProp [def, in mathcomp.classical.contra]
    Internals.and_nPropP [prf, in mathcomp.classical.contra]
    Internals.AND_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.and_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.and_RHS [proj, in mathcomp.classical.contra]
    Internals.and_wProp [def, in mathcomp.classical.contra]
    Internals.and_wPropP [prf, in mathcomp.classical.contra]
    Internals.andb_R [def, in mathcomp.algebra.ring_tactic]
    Internals.andRHS [rec, in mathcomp.classical.contra]
    Internals.andRHS_def [prf, in mathcomp.classical.contra]
    Internals.app_R [def, in mathcomp.algebra.field_tactic]
    Internals.apply_option_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.assume_not_with [prf, in mathcomp.classical.contra]
    Internals.BFeval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.BFKFeval [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.BFKFeval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.BFormula_Q2Z [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.BFormula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.BFormula_R_map [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.binary_and_rhs [def, in mathcomp.classical.contra]
    Internals.bind_option2_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.bind_option_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.bool_neq [def, in mathcomp.classical.contra]
    Internals.bool_neq_RHS [proj, in mathcomp.classical.contra]
    Internals.bool_neqP [prf, in mathcomp.classical.contra]
    Internals.bool_R_eq [prf, in mathcomp.algebra.ring_tactic]
    Internals.bool_Rxx [prf, in mathcomp.algebra.ring_tactic]
    Internals.boolNeqRHS [rec, in mathcomp.classical.contra]
    Internals.bounded_nBody [def, in mathcomp.classical.contra]
    Internals.Build_Formula_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.Ccnf_of_GFormula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.CFactor [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.CFactor_R [def, in mathcomp.algebra.ring_tactic]
    Internals.Cfield_checkerT [prf, in mathcomp.algebra.field_tactic]
    Internals.check_inconsistent [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.check_inconsistent_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.check_inconsistentT [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.check_normalised_formulas [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.check_normalised_formulas [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.check_normalised_formulas_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.check_normalised_formulasT [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.check_normalised_formulasT [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.Cis_tauto_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.clause [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.clause_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cltb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cMeval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.cMeval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.cMeval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Cnegate_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cneqb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_checker_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_ff [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_ff [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_ff_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_negate [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_negate_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_normalise [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_normalise_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_of_GFormula [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_of_GFormula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_of_list [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_of_list_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_tt [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_tt [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.cnf_tt_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Cnormalise_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.compare_cont_R [def, in mathcomp.algebra.ring_tactic]
    Internals.compare_R [def, in mathcomp.algebra.ring_tactic]
    Internals.cond_norm [abbrev, in mathcomp.algebra.field_tactic]
    Internals.cond_norm [abbrev, in mathcomp.algebra.field_tactic]
    Internals.cond_norm00_map_int_of_Z [prf, in mathcomp.algebra.field_tactic]
    Internals.cond_norm2_map_int_of_Z [prf, in mathcomp.algebra.field_tactic]
    Internals.cond_norm_R [def, in mathcomp.algebra.field_tactic]
    Internals.condition_R [def, in mathcomp.algebra.field_tactic]
    Internals.conj_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.contra_notP [prf, in mathcomp.classical.contra]
    Internals.contra_Type [prf, in mathcomp.classical.contra]
    Internals.Cring_checkerT [prf, in mathcomp.algebra.ring_tactic]
    Internals.CTautoChecker_map_AC_of_C [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.CTautoChecker_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.CTautoCheckerT [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.Ctriv_divP [prf, in mathcomp.algebra.ring_tactic]
    Internals.CWeakChecker_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.deduce [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.default_isIn [abbrev, in mathcomp.algebra.field_tactic]
    Internals.default_isIn_R [def, in mathcomp.algebra.field_tactic]
    Internals.denum_R [def, in mathcomp.algebra.field_tactic]
    Internals.double_mask_R [def, in mathcomp.algebra.ring_tactic]
    Internals.double_pred_mask_R [def, in mathcomp.algebra.ring_tactic]
    Internals.double_R [def, in mathcomp.algebra.ring_tactic]
    Internals.eAND_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eFF_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eIFF_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eIMPL_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eKind_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eKind_Rxx [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eNOT_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.env_jump [def, in mathcomp.algebra.ring_tactic]
    Internals.env_jumpD [prf, in mathcomp.algebra.ring_tactic]
    Internals.env_nth [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.env_nth [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.env_nth [def, in mathcomp.algebra.ring_tactic]
    Internals.env_nth [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.env_nth_jump [prf, in mathcomp.algebra.ring_tactic]
    Internals.env_nth_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eOR_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eq_bool_R [prf, in mathcomp.algebra.ring_tactic]
    Internals.eq_bool_R2 [prf, in mathcomp.algebra.ring_tactic]
    Internals.eq_inhabited [prf, in mathcomp.classical.contra]
    Internals.eq_nProp [def, in mathcomp.classical.contra]
    Internals.eq_nPropP [prf, in mathcomp.classical.contra]
    Internals.eq_op_pos [def, in mathcomp.classical.contra]
    Internals.eq_op_posP [prf, in mathcomp.classical.contra]
    Internals.EQ_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.eq_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.eq_refl_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.eq_Rnorm [prf, in mathcomp.algebra.ring_tactic]
    Internals.eqb_R [def, in mathcomp.algebra.field_tactic]
    Internals.eqb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eqb_R1 [def, in mathcomp.algebra.field_tactic]
    Internals.eqType_neq [def, in mathcomp.classical.contra]
    Internals.eqType_neqP [prf, in mathcomp.classical.contra]
    Internals.Equal_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.EquivT [constr, in mathcomp.classical.contra]
    Internals.equivT [ind, in mathcomp.classical.contra]
    Internals.equivT_LR [def, in mathcomp.classical.contra]
    Internals.equivT_Prop [def, in mathcomp.classical.contra]
    Internals.equivT_refl [def, in mathcomp.classical.contra]
    Internals.equivT_RL [def, in mathcomp.classical.contra]
    Internals.equivT_sym [def, in mathcomp.classical.contra]
    Internals.equivT_trans [def, in mathcomp.classical.contra]
    Internals.equivT_transl [def, in mathcomp.classical.contra]
    Internals.equivT_transr [def, in mathcomp.classical.contra]
    Internals.erefl1 [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.erefl2 [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.erefl2b [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.erefl2n [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eTT_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_and_cnf [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_clause [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_cnf [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_cnf_ff [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_cnf_negate [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_cnf_normalise [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_cnf_of_GFormula [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_cnf_of_list [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_cnf_tt [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_eval_Psatz [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_negate_aux [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_nformula_plus_nformula [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_nformula_times_nformula [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_normalise_aux [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_op1 [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_op2_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_OpAdd [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_OpMult [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_or_clause_cnf [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_or_cnf [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_or_cnf [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_or_cnf_aux [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_pexpr_times_nformula [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_Psatz [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_Psatz_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.eval_rev_append [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.exists2_nProp [def, in mathcomp.classical.contra]
    Internals.exists2_nPropP [prf, in mathcomp.classical.contra]
    Internals.exists2_wProp [def, in mathcomp.classical.contra]
    Internals.exists2_wPropP [prf, in mathcomp.classical.contra]
    Internals.exists_nProp [def, in mathcomp.classical.contra]
    Internals.exists_nPropP [prf, in mathcomp.classical.contra]
    Internals.exists_wProp [def, in mathcomp.classical.contra]
    Internals.exists_wPropP [prf, in mathcomp.classical.contra]
    Internals.expN [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.F_of_N [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.false_neg [def, in mathcomp.classical.contra]
    Internals.false_negP [prf, in mathcomp.classical.contra]
    Internals.false_neq [def, in mathcomp.classical.contra]
    Internals.false_neqP [prf, in mathcomp.classical.contra]
    Internals.False_nProp [def, in mathcomp.classical.contra]
    Internals.false_pos [def, in mathcomp.classical.contra]
    Internals.false_posP [prf, in mathcomp.classical.contra]
    Internals.False_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.Fapp_R [def, in mathcomp.algebra.field_tactic]
    Internals.Fcons0 [abbrev, in mathcomp.algebra.field_tactic]
    Internals.Fcons00 [abbrev, in mathcomp.algebra.field_tactic]
    Internals.Fcons00_R [def, in mathcomp.algebra.field_tactic]
    Internals.Fcons0_R [def, in mathcomp.algebra.field_tactic]
    Internals.Fcons1 [abbrev, in mathcomp.algebra.field_tactic]
    Internals.Fcons1 [abbrev, in mathcomp.algebra.field_tactic]
    Internals.Fcons1_R [def, in mathcomp.algebra.field_tactic]
    Internals.Fcons2 [abbrev, in mathcomp.algebra.field_tactic]
    Internals.Fcons2 [abbrev, in mathcomp.algebra.field_tactic]
    Internals.Fcons2_R [def, in mathcomp.algebra.field_tactic]
    Internals.FEadd_R [constr, in mathcomp.algebra.field_tactic]
    Internals.FEc_R [constr, in mathcomp.algebra.field_tactic]
    Internals.FEdiv_R [constr, in mathcomp.algebra.field_tactic]
    Internals.FEeval [abbrev, in mathcomp.algebra.field_tactic]
    Internals.FEeval [abbrev, in mathcomp.algebra.field_tactic]
    Internals.FEeval [abbrev, in mathcomp.algebra.field_tactic]
    Internals.FEeval_map_int_of_Z [prf, in mathcomp.algebra.field_tactic]
    Internals.FEI_R [constr, in mathcomp.algebra.field_tactic]
    Internals.FEinv_R [constr, in mathcomp.algebra.field_tactic]
    Internals.FEmul_R [constr, in mathcomp.algebra.field_tactic]
    Internals.FEO_R [constr, in mathcomp.algebra.field_tactic]
    Internals.FEopp_R [constr, in mathcomp.algebra.field_tactic]
    Internals.FEpow_R [constr, in mathcomp.algebra.field_tactic]
    Internals.FEsub_R [constr, in mathcomp.algebra.field_tactic]
    Internals.Feval [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.Feval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.FEX_R [constr, in mathcomp.algebra.field_tactic]
    Internals.FExpr_R [ind, in mathcomp.algebra.field_tactic]
    Internals.FExpr_R_map [prf, in mathcomp.algebra.field_tactic]
    Internals.FF_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.Field [constr, in mathcomp.algebra.ring_tactic]
    Internals.field_checker [abbrev, in mathcomp.algebra.field_tactic]
    Internals.field_checker [abbrev, in mathcomp.algebra.field_tactic]
    Internals.field_checker [abbrev, in mathcomp.algebra.field_tactic]
    Internals.field_checker_map_int_of_Z [prf, in mathcomp.algebra.field_tactic]
    Internals.field_checker_R [def, in mathcomp.algebra.field_tactic]
    Internals.field_correct [prf, in mathcomp.algebra.field_tactic]
    Internals.field_inv [def, in mathcomp.algebra.ring_tactic]
    Internals.field_or_ring [ind, in mathcomp.algebra.ring_tactic]
    Internals.Fnorm [abbrev, in mathcomp.algebra.field_tactic]
    Internals.Fnorm_R [def, in mathcomp.algebra.field_tactic]
    Internals.fold_left_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.fold_right_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Forall [def, in mathcomp.classical.contra]
    Internals.forall_nProp [def, in mathcomp.classical.contra]
    Internals.forall_nPropP [prf, in mathcomp.classical.contra]
    Internals.forall_sort [proj, in mathcomp.classical.contra]
    Internals.forall_wProp [def, in mathcomp.classical.contra]
    Internals.forall_wPropP [prf, in mathcomp.classical.contra]
    Internals.forall_wType [def, in mathcomp.classical.contra]
    Internals.forall_wTypeP [prf, in mathcomp.classical.contra]
    Internals.forallSort [rec, in mathcomp.classical.contra]
    Internals.Formula_Q2Z [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Formula_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.Formula_R_map [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.fst_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.FTautoChecker_sound [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.generic_forall_extensionality [prf, in mathcomp.classical.contra]
    Internals.GFeval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.GFormula_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.hex_uint_N_nat [prf, in mathcomp.algebra.ring_tactic]
    Internals.hold [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.I_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.id_neg [def, in mathcomp.classical.contra]
    Internals.id_negP [prf, in mathcomp.classical.contra]
    Internals.id_pos [def, in mathcomp.classical.contra]
    Internals.IFF_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.iff_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.IMPL_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.implb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.imply_nProp [def, in mathcomp.classical.contra]
    Internals.imply_nPropP [prf, in mathcomp.classical.contra]
    Internals.inhabited_nProp [def, in mathcomp.classical.contra]
    Internals.inhabited_nPropP [prf, in mathcomp.classical.contra]
    Internals.inhabited_wProp [def, in mathcomp.classical.contra]
    Internals.inhabited_wType [def, in mathcomp.classical.contra]
    Internals.inv_id [def, in mathcomp.algebra.ring_tactic]
    Internals.invi [def, in mathcomp.algebra.ring_tactic]
    Internals.is_bool_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.is_bool_spec [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.is_boolP [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.is_cnf_ff_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.is_cnf_ffT [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.is_cnf_tt_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.is_cnf_ttT [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.is_tauto [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.is_tauto_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.is_tautoT [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.is_true_nProp [def, in mathcomp.classical.contra]
    Internals.is_true_nPropP [prf, in mathcomp.classical.contra]
    Internals.is_true_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.isBool_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.IsBoolF [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.IsBoolNone [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.IsBoolT [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.isIn [abbrev, in mathcomp.algebra.field_tactic]
    Internals.isIn_R [def, in mathcomp.algebra.field_tactic]
    Internals.IsNeg_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.IsNul_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.IsPos_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.isProp_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.iter_op_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.KFeval [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.KFeval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.kind_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.large_nat [ind, in mathcomp.algebra.ring_tactic]
    Internals.large_nat_dec_uint [constr, in mathcomp.algebra.ring_tactic]
    Internals.large_nat_hex_uint [constr, in mathcomp.algebra.ring_tactic]
    Internals.large_nat_N [constr, in mathcomp.algebra.ring_tactic]
    Internals.large_nat_N_nat [prf, in mathcomp.algebra.ring_tactic]
    Internals.large_nat_uint [constr, in mathcomp.algebra.ring_tactic]
    Internals.lax_notE [prf, in mathcomp.classical.contra]
    Internals.lax_notI [def, in mathcomp.classical.contra]
    Internals.lax_notP [prf, in mathcomp.classical.contra]
    Internals.lax_witness [prf, in mathcomp.classical.contra]
    Internals.leq_neg [def, in mathcomp.classical.contra]
    Internals.leq_negP [prf, in mathcomp.classical.contra]
    Internals.linear_R [ind, in mathcomp.algebra.field_tactic]
    Internals.list_R_eq [prf, in mathcomp.algebra.ring_tactic]
    Internals.list_R_map [prf, in mathcomp.algebra.ring_tactic]
    Internals.list_R_map2 [prf, in mathcomp.algebra.field_tactic]
    Internals.list_Rxx [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.M0 [constr, in mathcomp.algebra.ring_tactic]
    Internals.MAdd [constr, in mathcomp.algebra.ring_tactic]
    Internals.MAdditive [constr, in mathcomp.algebra.ring_tactic]
    Internals.map_option_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.map_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.mask_R [ind, in mathcomp.algebra.ring_tactic]
    Internals.Meval [def, in mathcomp.algebra.ring_tactic]
    Internals.Meval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Meval_MFactor [prf, in mathcomp.algebra.ring_tactic]
    Internals.Meval_mk_monpol_list [prf, in mathcomp.algebra.ring_tactic]
    Internals.Meval_mkVmon [prf, in mathcomp.algebra.ring_tactic]
    Internals.Meval_mkZmon [prf, in mathcomp.algebra.ring_tactic]
    Internals.Meval_Mon_of_Pol [prf, in mathcomp.algebra.ring_tactic]
    Internals.Meval_zmon_pred [prf, in mathcomp.algebra.ring_tactic]
    Internals.MExpr [ind, in mathcomp.algebra.ring_tactic]
    Internals.MExpr_ind [scheme, in mathcomp.algebra.ring_tactic]
    Internals.MExpr_ind' [def, in mathcomp.algebra.ring_tactic]
    Internals.MExpr_rec [scheme, in mathcomp.algebra.ring_tactic]
    Internals.MExpr_rect [scheme, in mathcomp.algebra.ring_tactic]
    Internals.MExpr_sind [scheme, in mathcomp.algebra.ring_tactic]
    Internals.MFactor [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.MFactor_R [def, in mathcomp.algebra.ring_tactic]
    Internals.MintAdditive [constr, in mathcomp.algebra.ring_tactic]
    Internals.mk_and_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.mk_iff_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.mk_impl_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.mk_linear_R [constr, in mathcomp.algebra.field_tactic]
    Internals.mk_monpol_list [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.mk_monpol_list [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.mk_monpol_list_R [def, in mathcomp.algebra.ring_tactic]
    Internals.mk_or_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.mk_rsplit_R [constr, in mathcomp.algebra.field_tactic]
    Internals.mkForallSort [abbrev, in mathcomp.classical.contra]
    Internals.mkPinj_pred_R [def, in mathcomp.algebra.ring_tactic]
    Internals.mkPinj_R [def, in mathcomp.algebra.ring_tactic]
    Internals.mkPX [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.mkPX [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.mkPX_R [def, in mathcomp.algebra.ring_tactic]
    Internals.mkVmon_R [def, in mathcomp.algebra.ring_tactic]
    Internals.mkX [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.mkX [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.mkX_R [def, in mathcomp.algebra.ring_tactic]
    Internals.mkZmon_R [def, in mathcomp.algebra.ring_tactic]
    Internals.MMuln [constr, in mathcomp.algebra.ring_tactic]
    Internals.MMulz [constr, in mathcomp.algebra.ring_tactic]
    Internals.MnatAdditive [constr, in mathcomp.algebra.ring_tactic]
    Internals.Mnorm [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Mnorm [def, in mathcomp.algebra.ring_tactic]
    Internals.mon0_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.Mon_of_Pol [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Mon_of_Pol_R [def, in mathcomp.algebra.ring_tactic]
    Internals.Mon_R [ind, in mathcomp.algebra.ring_tactic]
    Internals.MOpp [constr, in mathcomp.algebra.ring_tactic]
    Internals.move_view [ind, in mathcomp.classical.contra]
    Internals.move_viewP [def, in mathcomp.classical.contra]
    Internals.MoveView [constr, in mathcomp.classical.contra]
    Internals.mul_R [def, in mathcomp.algebra.field_tactic]
    Internals.mulf_div_common [prf, in mathcomp.algebra.field_tactic]
    Internals.MX [constr, in mathcomp.algebra.ring_tactic]
    Internals.N0_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.N_of_large_nat [def, in mathcomp.algebra.ring_tactic]
    Internals.N_R [ind, in mathcomp.algebra.ring_tactic]
    Internals.N_R_eq [prf, in mathcomp.algebra.ring_tactic]
    Internals.N_Rxx [prf, in mathcomp.algebra.ring_tactic]
    Internals.N_to_natS [prf, in mathcomp.algebra.ring_tactic]
    Internals.nand_bool [proj, in mathcomp.classical.contra]
    Internals.nand_false_bool [def, in mathcomp.classical.contra]
    Internals.nand_true_bool [def, in mathcomp.classical.contra]
    Internals.nandBool [rec, in mathcomp.classical.contra]
    Internals.nat_of_large_nat [def, in mathcomp.algebra.ring_tactic]
    Internals.nat_of_N_expand [def, in mathcomp.algebra.ring_tactic]
    Internals.nat_of_N_expandE [prf, in mathcomp.algebra.ring_tactic]
    Internals.nat_of_pos_expand [def, in mathcomp.algebra.ring_tactic]
    Internals.nat_of_pos_rec_expand [def, in mathcomp.algebra.ring_tactic]
    Internals.nat_Rxx [prf, in mathcomp.algebra.ring_tactic]
    Internals.Nat_tail_addE [prf, in mathcomp.algebra.ring_tactic]
    Internals.Nat_tail_mulE [prf, in mathcomp.algebra.ring_tactic]
    Internals.nBody [abbrev, in mathcomp.classical.contra]
    Internals.neg_leq_LHS [def, in mathcomp.classical.contra]
    Internals.neg_ltn_LHS [def, in mathcomp.classical.contra]
    Internals.negate [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.negate_aux [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.negate_aux_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.negated_bool [proj, in mathcomp.classical.contra]
    Internals.negated_forall_body [proj, in mathcomp.classical.contra]
    Internals.negated_leq_LHS [proj, in mathcomp.classical.contra]
    Internals.negated_Prop [proj, in mathcomp.classical.contra]
    Internals.negatedBool [rec, in mathcomp.classical.contra]
    Internals.negatedForallBody [rec, in mathcomp.classical.contra]
    Internals.negatedLeqLHS [rec, in mathcomp.classical.contra]
    Internals.negatedProp [rec, in mathcomp.classical.contra]
    Internals.negb_neg [def, in mathcomp.classical.contra]
    Internals.negb_negP [prf, in mathcomp.classical.contra]
    Internals.negb_pos [def, in mathcomp.classical.contra]
    Internals.negb_posP [prf, in mathcomp.classical.contra]
    Internals.negb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.neq_RHS [proj, in mathcomp.classical.contra]
    Internals.neqRHS [rec, in mathcomp.classical.contra]
    Internals.NFeval [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.NFeval [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.NFeval_normalise [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.nformula_plus_nformula [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.nformula_plus_nformula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.NFormula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.nformula_times_nformula [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.nformula_times_nformula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.NonEqual_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.nonproper_nBody [def, in mathcomp.classical.contra]
    Internals.NonStrict_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.norm_subst [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.norm_subst [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.norm_subst_R [def, in mathcomp.algebra.ring_tactic]
    Internals.normalise [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.normalise [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.normalise_aux [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.normalise_aux_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.normalise_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.not_nProp [def, in mathcomp.classical.contra]
    Internals.NOT_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.not_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.notE [def, in mathcomp.classical.contra]
    Internals.notI [def, in mathcomp.classical.contra]
    Internals.notP [def, in mathcomp.classical.contra]
    Internals.NPEadd [abbrev, in mathcomp.algebra.field_tactic]
    Internals.NPEadd_R [def, in mathcomp.algebra.field_tactic]
    Internals.NPEmul [abbrev, in mathcomp.algebra.field_tactic]
    Internals.NPEmul_R [def, in mathcomp.algebra.field_tactic]
    Internals.NPEopp [abbrev, in mathcomp.algebra.field_tactic]
    Internals.NPEopp_R [def, in mathcomp.algebra.field_tactic]
    Internals.NPEpow [abbrev, in mathcomp.algebra.field_tactic]
    Internals.NPEpow_R [def, in mathcomp.algebra.field_tactic]
    Internals.NPEsub [abbrev, in mathcomp.algebra.field_tactic]
    Internals.NPEsub_R [def, in mathcomp.algebra.field_tactic]
    Internals.Npos_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.nPred [abbrev, in mathcomp.classical.contra]
    Internals.nProp [abbrev, in mathcomp.classical.contra]
    Internals.Nsemiring_correct [prf, in mathcomp.algebra.ring_tactic]
    Internals.nth_nth [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.nth_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.nth_R1 [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.num_R [def, in mathcomp.algebra.field_tactic]
    Internals.numField_correct [prf, in mathcomp.algebra.field_tactic]
    Internals.Op1_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.Op2_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.OpAdd_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.OpEq_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.OpGe_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.OpGt_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.OpLe_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.OpLt_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.OpMult_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.OpNEq_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.option_R_eq [prf, in mathcomp.algebra.field_tactic]
    Internals.option_R_omap2 [prf, in mathcomp.algebra.field_tactic]
    Internals.option_Rxx [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.or3_nProp [def, in mathcomp.classical.contra]
    Internals.or3_nPropP [prf, in mathcomp.classical.contra]
    Internals.or4_nProp [def, in mathcomp.classical.contra]
    Internals.or4_nPropP [prf, in mathcomp.classical.contra]
    Internals.or_clause [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_clause_cnf [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_clause_cnf_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_clause_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_clauseP [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_cnf [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_cnf [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_cnf_aux [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_cnf_aux_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_cnf_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_introl_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_intror_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_nProp [def, in mathcomp.classical.contra]
    Internals.or_nPropP [prf, in mathcomp.classical.contra]
    Internals.OR_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.or_wProp [def, in mathcomp.classical.contra]
    Internals.or_wPropP [prf, in mathcomp.classical.contra]
    Internals.orb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.P0 [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.P0 [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.P0 [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.P0_R [def, in mathcomp.algebra.ring_tactic]
    Internals.P1 [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.P1 [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.P1_R [def, in mathcomp.algebra.ring_tactic]
    Internals.Padd [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Padd [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Padd_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PaddC [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PaddC [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PaddC_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PaddI [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PaddI [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PaddI_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PaddX [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PaddX [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PaddX_R [def, in mathcomp.algebra.ring_tactic]
    Internals.pair_wType [def, in mathcomp.classical.contra]
    Internals.pair_wTypeP [prf, in mathcomp.classical.contra]
    Internals.param_A_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_absurd_PCond_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_add_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_add_term_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_addb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_and_cnf_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_AND_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_and_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_andb_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_app_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_apply_option_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_BFeval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_BFKFeval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_BFormula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_bind_option2_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_bind_option_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Build_Formula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Ccnf_of_GFormula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_CFactor_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_check_inconsistent_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_check_normalised_formulas_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Cis_tauto_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_clause_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_cltb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Cnegate_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_cneqb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_cnf_checker_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_cnf_ff_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_cnf_negate_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_cnf_normalise_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_cnf_of_GFormula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_cnf_of_list_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_cnf_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_cnf_tt_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Cnormalise_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_compare_cont_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_compare_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_cond_norm_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_condition_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_conj_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_CTautoChecker_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_CWeakChecker_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_default_isIn_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_denum_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_double_mask_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_double_pred_mask_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_double_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_eAND_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eFF_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eIFF_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eIMPL_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eKind_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eNOT_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_env_nth_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eOR_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_EQ_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eq_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eq_refl_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eqb_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_eqb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eqb_R1 [def, in mathcomp.algebra.field_tactic]
    Internals.param_Equal_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eTT_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eval_op2_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_eval_Psatz_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_False_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Fapp_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_Fcons00_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_Fcons0_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_Fcons1_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_Fcons2_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FEadd_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FEc_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FEdiv_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FEI_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FEinv_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FEmul_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FEO_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FEopp_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FEpow_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FEsub_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_Feval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_FEX_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FExpr_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_FF_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_field_checker_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_Fnorm_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_fold_left_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_fold_right_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Formula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_fst_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_GFeval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_GFormula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_I_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_IFF_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_iff_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_IMPL_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_implb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_is_bool_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_is_cnf_ff_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_is_cnf_tt_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_is_tauto_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_is_true_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_isBool_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_isIn_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_IsNeg_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_IsNul_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_IsPos_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_isProp_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_iter_op_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_KFeval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_kind_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_linear_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_map_option_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_map_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_mask_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_MFactor_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_mk_and_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_mk_iff_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_mk_impl_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_mk_linear_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_mk_monpol_list_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_mk_or_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_mk_rsplit_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_mkPinj_pred_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_mkPinj_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_mkPX_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_mkVmon_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_mkX_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_mkZmon_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_mon0_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Mon_of_Pol_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Mon_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_mul_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_N0_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_N_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_negate_aux_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_negb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_nformula_plus_nformula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_NFormula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_nformula_times_nformula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_NonEqual_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_NonStrict_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_norm_subst_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_normalise_aux_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_normalise_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_NOT_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_not_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_NPEadd_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_NPEmul_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_NPEopp_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_NPEpow_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_NPEsub_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_Npos_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_nth_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_nth_R1 [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_num_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_Op1_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Op2_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_OpAdd_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_OpEq_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_OpGe_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_OpGt_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_OpLe_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_OpLt_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_OpMult_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_OpNEq_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_or_clause_cnf_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_or_clause_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_or_cnf_aux_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_or_cnf_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_or_introl_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_or_intror_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_OR_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_or_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_orb_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_P0_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_P1_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Padd_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PaddC_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PaddI_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PaddX_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Pc_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PEadd_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PEc_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PEeval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_PEI_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PEmul_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PEO_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PEopp_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PEpow_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Peq_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PEsimp_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_PEsub_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PEX_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PExpr_eq_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_PExpr_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_pexpr_times_nformula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Pinj_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Pmul_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PmulC_aux_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PmulC_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PmulI_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PNSubst1_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PNSubst_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PNSubstL_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Pol_of_PExpr_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Pol_of_PExpr_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Pol_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_POneSubst_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Popp_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_pos_sub_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_positive_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Ppow_N_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Ppow_pos_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_pred_double_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_pred_double_R1 [def, in mathcomp.algebra.ring_tactic]
    Internals.param_pred_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_pred_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Psatz_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_PsatzAdd_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_PsatzC_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_PsatzIn_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_PsatzLet_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_PsatzMulC_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_PsatzMulE_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_PsatzSquare_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_PsatzZ_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Psquare_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_Psub_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PsubC_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PsubI_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PSubstL1_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PSubstL_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PsubX_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_PX_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_rev_append_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_ring_checker_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_rsplit_common_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_rsplit_left_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_rsplit_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_rsplit_right_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_split_aux_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_split_R [def, in mathcomp.algebra.field_tactic]
    Internals.param_Strict_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_sub_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_succ_double_mask_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_succ_double_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_succ_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_tauto_checker_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_to_nat_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_triv_div_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_True_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_TT_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_vmon_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_X_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.param_xH_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_xI_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_xO_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Z0_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Z_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_zmon_pred_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_zmon_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Zneg_R [def, in mathcomp.algebra.ring_tactic]
    Internals.param_Zpos_R [def, in mathcomp.algebra.ring_tactic]
    Internals.Pc_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.PCond [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PCond [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PCond [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PCond [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PCond [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PCond_app [prf, in mathcomp.algebra.field_tactic]
    Internals.PCond_cond_norm [prf, in mathcomp.algebra.field_tactic]
    Internals.PCond_cons [prf, in mathcomp.algebra.field_tactic]
    Internals.PCond_Fapp [prf, in mathcomp.algebra.field_tactic]
    Internals.PCond_Fcons0 [prf, in mathcomp.algebra.field_tactic]
    Internals.PCond_Fcons00 [prf, in mathcomp.algebra.field_tactic]
    Internals.PCond_Fcons1 [prf, in mathcomp.algebra.field_tactic]
    Internals.PCond_Fcons2 [prf, in mathcomp.algebra.field_tactic]
    Internals.PCond_Fnorm [prf, in mathcomp.algebra.field_tactic]
    Internals.PCond_map_int_of_Z [prf, in mathcomp.algebra.field_tactic]
    Internals.PEadd_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.PEc_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.PEeval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PEeval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PEeval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PEeval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PEeval [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PEeval [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PEeval [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PEeval [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.PEeval_default_isIn [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_eqs [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PEeval_eqs [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PEeval_eqs [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PEeval_eqs [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PEeval_eqs [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PEeval_eqs [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PEeval_eqs [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PEeval_eqs_map_int_of_Z [prf, in mathcomp.algebra.ring_tactic]
    Internals.PEeval_eqs_map_N_to_nat [prf, in mathcomp.algebra.ring_tactic]
    Internals.PEeval_eqs_PEeval [prf, in mathcomp.algebra.ring_tactic]
    Internals.PEeval_Fnorm [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_isIn [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_map_int_of_Z [prf, in mathcomp.algebra.ring_tactic]
    Internals.PEeval_map_N_to_nat [prf, in mathcomp.algebra.ring_tactic]
    Internals.PEeval_NPEadd [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_NPEmul [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_NPEopp [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_NPEpow [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_NPEsub [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_PEsimp [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.PEeval_split_aux [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_split_l [prf, in mathcomp.algebra.field_tactic]
    Internals.PEeval_split_r [prf, in mathcomp.algebra.field_tactic]
    Internals.PEI_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.PEmap_id [prf, in mathcomp.algebra.field_tactic]
    Internals.PEmul_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.PEO_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.PEopp_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.PEpow_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.Peq [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Peq [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Peq [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Peq [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Peq_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PEsimp [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PEsimp_R [def, in mathcomp.algebra.field_tactic]
    Internals.PEsub_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.Peval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Peval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Peval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Peval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Peval [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Peval [abbrev, in mathcomp.algebra.field_tactic]
    Internals.Peval [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.Peval [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.Peval_addI [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_addX [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_CFactor [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_mkPinj [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_mkPX [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_mkX [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_mulC_aux [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_mulI [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_norm_subst [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_Peq [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_PNSubst [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_PNSubst1 [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_PNSubstL [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_Pol_of_PExpr [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_POneSubst [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_pow_N [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_pow_pos [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_PSubstL [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_PSubstL1 [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_square [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.Peval_subI [prf, in mathcomp.algebra.ring_tactic]
    Internals.Peval_subX [prf, in mathcomp.algebra.ring_tactic]
    Internals.PevalB [prf, in mathcomp.algebra.ring_tactic]
    Internals.PevalBC [prf, in mathcomp.algebra.ring_tactic]
    Internals.PevalD [prf, in mathcomp.algebra.ring_tactic]
    Internals.PevalDC [prf, in mathcomp.algebra.ring_tactic]
    Internals.PevalM [prf, in mathcomp.algebra.ring_tactic]
    Internals.PevalMC [prf, in mathcomp.algebra.ring_tactic]
    Internals.PevalN [prf, in mathcomp.algebra.ring_tactic]
    Internals.PEX_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.PExpr_eq [abbrev, in mathcomp.algebra.field_tactic]
    Internals.PExpr_eq_R [def, in mathcomp.algebra.field_tactic]
    Internals.PExpr_eqP [prf, in mathcomp.algebra.field_tactic]
    Internals.PExpr_Q2Z [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.PExpr_R [ind, in mathcomp.algebra.ring_tactic]
    Internals.PExpr_R_eq [prf, in mathcomp.algebra.field_tactic]
    Internals.PExpr_R_map [prf, in mathcomp.algebra.ring_tactic]
    Internals.PExpr_R_PEmap2 [prf, in mathcomp.algebra.field_tactic]
    Internals.pexpr_times_nformula [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.pexpr_times_nformula_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Pinj_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.Pmul [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Pmul [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Pmul_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PmulC [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PmulC [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PmulC_aux [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PmulC_aux [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PmulC_aux_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PmulC_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PmulI [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PmulI [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PmulI_R [def, in mathcomp.algebra.ring_tactic]
    Internals.pnProp [abbrev, in mathcomp.classical.contra]
    Internals.PNSubst [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PNSubst1 [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PNSubst1_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PNSubst_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PNSubstL [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PNSubstL_R [def, in mathcomp.algebra.ring_tactic]
    Internals.Pol_of_PExpr [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Pol_of_PExpr [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Pol_of_PExpr [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.Pol_of_PExpr_R [def, in mathcomp.algebra.ring_tactic]
    Internals.Pol_of_PExpr_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Pol_Q2Z [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Pol_R [ind, in mathcomp.algebra.ring_tactic]
    Internals.Pol_R_map [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.POneSubst [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.POneSubst_R [def, in mathcomp.algebra.ring_tactic]
    Internals.Popp [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Popp_id [prf, in mathcomp.algebra.ring_tactic]
    Internals.Popp_R [def, in mathcomp.algebra.ring_tactic]
    Internals.Pos_add_R [def, in mathcomp.algebra.ring_tactic]
    Internals.Pos_sub_mask_R [def, in mathcomp.algebra.ring_tactic]
    Internals.pos_sub_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PosDA [prf, in mathcomp.algebra.ring_tactic]
    Internals.posited_bool [proj, in mathcomp.classical.contra]
    Internals.positedBool [rec, in mathcomp.classical.contra]
    Internals.positive_R [ind, in mathcomp.algebra.ring_tactic]
    Internals.positive_R_eq [prf, in mathcomp.algebra.ring_tactic]
    Internals.positive_Rxx [prf, in mathcomp.algebra.ring_tactic]
    Internals.PosMC [prf, in mathcomp.algebra.ring_tactic]
    Internals.PosSD [prf, in mathcomp.algebra.ring_tactic]
    Internals.pow_pos [abbrev, in mathcomp.algebra.field_tactic]
    Internals.pow_pos [abbrev, in mathcomp.algebra.field_tactic]
    Internals.Ppow_N [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Ppow_N [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Ppow_N_R [def, in mathcomp.algebra.ring_tactic]
    Internals.Ppow_pos [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Ppow_pos [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Ppow_pos_R [def, in mathcomp.algebra.ring_tactic]
    Internals.pred_double_R [def, in mathcomp.algebra.ring_tactic]
    Internals.pred_double_R1 [def, in mathcomp.algebra.ring_tactic]
    Internals.pred_R [def, in mathcomp.algebra.ring_tactic]
    Internals.pred_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Prop_wType [def, in mathcomp.classical.contra]
    Internals.proper_nBody [def, in mathcomp.classical.contra]
    Internals.proper_nBodyP [prf, in mathcomp.classical.contra]
    Internals.proper_negated_forall_body [proj, in mathcomp.classical.contra]
    Internals.proper_negated_Prop [proj, in mathcomp.classical.contra]
    Internals.proper_nProp [def, in mathcomp.classical.contra]
    Internals.proper_nPropP [prf, in mathcomp.classical.contra]
    Internals.proper_witness_Prop [proj, in mathcomp.classical.contra]
    Internals.proper_witnessed_Type [proj, in mathcomp.classical.contra]
    Internals.proper_wProp [def, in mathcomp.classical.contra]
    Internals.proper_wPropP [prf, in mathcomp.classical.contra]
    Internals.proper_wType [def, in mathcomp.classical.contra]
    Internals.proper_wTypeP [prf, in mathcomp.classical.contra]
    Internals.properNegatedForallBody [rec, in mathcomp.classical.contra]
    Internals.properNegatedProp [rec, in mathcomp.classical.contra]
    Internals.properWitnessedType [rec, in mathcomp.classical.contra]
    Internals.properWitnessProp [rec, in mathcomp.classical.contra]
    Internals.PropForall [def, in mathcomp.classical.contra]
    Internals.Psatz_Q2Z [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Psatz_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.Psatz_R_map [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.PsatzAdd_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.PsatzC_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.PsatzIn_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.PsatzLet_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.PsatzMulC_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.PsatzMulE_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.PsatzSquare_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.PsatzZ_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.Psquare [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.Psquare_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Psub [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Psub_add [prf, in mathcomp.algebra.ring_tactic]
    Internals.Psub_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PsubC [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PsubC_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PsubI [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PsubI_addI [prf, in mathcomp.algebra.ring_tactic]
    Internals.PsubI_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PSubstL [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PSubstL1 [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PSubstL1_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PSubstL_R [def, in mathcomp.algebra.ring_tactic]
    Internals.PsubX [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.PsubX_addX [prf, in mathcomp.algebra.ring_tactic]
    Internals.PsubX_R [def, in mathcomp.algebra.ring_tactic]
    Internals.push_goal_copy [prf, in mathcomp.classical.contra]
    Internals.PX_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.QTautoCheckerT [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.R0 [constr, in mathcomp.algebra.ring_tactic]
    Internals.R1 [constr, in mathcomp.algebra.ring_tactic]
    Internals.R_of_N [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.R_of_N [def, in mathcomp.algebra.ring_tactic]
    Internals.R_of_N_natmul [prf, in mathcomp.algebra.ring_tactic]
    Internals.R_of_Q [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.R_of_Q_ratr [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.R_of_Z [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.R_of_Z [def, in mathcomp.algebra.ring_tactic]
    Internals.R_of_Z [abbrev, in mathcomp.algebra.field_tactic]
    Internals.R_of_Z [abbrev, in mathcomp.algebra.field_tactic]
    Internals.R_of_Z_intr [prf, in mathcomp.algebra.ring_tactic]
    Internals.RAdd [constr, in mathcomp.algebra.ring_tactic]
    Internals.RAdditive [constr, in mathcomp.algebra.ring_tactic]
    Internals.RBFeval [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.RBFeval_map_AC_of_C [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.RBFeval_map_AC_of_C_bool [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.rev_append_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Reval [def, in mathcomp.algebra.ring_tactic]
    Internals.Reval_eqs [def, in mathcomp.algebra.ring_tactic]
    Internals.Reval_formula [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Reval_op2 [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.RExpn [constr, in mathcomp.algebra.ring_tactic]
    Internals.RExpNegz [constr, in mathcomp.algebra.ring_tactic]
    Internals.RExpPosz [constr, in mathcomp.algebra.ring_tactic]
    Internals.RExpr [ind, in mathcomp.algebra.ring_tactic]
    Internals.RExpr_ind [scheme, in mathcomp.algebra.ring_tactic]
    Internals.RExpr_ind' [def, in mathcomp.algebra.ring_tactic]
    Internals.RExpr_rec [scheme, in mathcomp.algebra.ring_tactic]
    Internals.RExpr_rect [scheme, in mathcomp.algebra.ring_tactic]
    Internals.RExpr_sind [scheme, in mathcomp.algebra.ring_tactic]
    Internals.RFeval [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.RFevalP [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.RFormula [rec, in mathcomp.algebra.arithmetic_tactic]
    Internals.Ring [constr, in mathcomp.algebra.ring_tactic]
    Internals.ring_checker [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.ring_checker [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.ring_checker [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.ring_checker [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.ring_checker_map_int_of_Z [prf, in mathcomp.algebra.ring_tactic]
    Internals.ring_checker_R [def, in mathcomp.algebra.ring_tactic]
    Internals.ring_correct [prf, in mathcomp.algebra.ring_tactic]
    Internals.ring_opp_intr [def, in mathcomp.algebra.ring_tactic]
    Internals.RintAdditive [constr, in mathcomp.algebra.ring_tactic]
    Internals.RintMorph [constr, in mathcomp.algebra.ring_tactic]
    Internals.RInv [constr, in mathcomp.algebra.ring_tactic]
    Internals.Rlhs [proj, in mathcomp.algebra.arithmetic_tactic]
    Internals.RMorph [constr, in mathcomp.algebra.ring_tactic]
    Internals.RMul [constr, in mathcomp.algebra.ring_tactic]
    Internals.RMuln [constr, in mathcomp.algebra.ring_tactic]
    Internals.RMulz [constr, in mathcomp.algebra.ring_tactic]
    Internals.RnatAdd [constr, in mathcomp.algebra.ring_tactic]
    Internals.RnatAdditive [constr, in mathcomp.algebra.ring_tactic]
    Internals.RnatC [constr, in mathcomp.algebra.ring_tactic]
    Internals.RnatExpn [constr, in mathcomp.algebra.ring_tactic]
    Internals.RnatMorph [constr, in mathcomp.algebra.ring_tactic]
    Internals.RnatMul [constr, in mathcomp.algebra.ring_tactic]
    Internals.RnatS [constr, in mathcomp.algebra.ring_tactic]
    Internals.RNegz [constr, in mathcomp.algebra.ring_tactic]
    Internals.Rnorm [abbrev, in mathcomp.algebra.ring_tactic]
    Internals.Rnorm [def, in mathcomp.algebra.ring_tactic]
    Internals.Rnorm_bf_correct [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.Rnorm_correct [prf, in mathcomp.algebra.ring_tactic]
    Internals.Rnorm_eq_F_of_N [prf, in mathcomp.algebra.ring_tactic]
    Internals.Rnorm_expr [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.Rnorm_formula [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.Rnorm_formula_correct [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.Rop [proj, in mathcomp.algebra.arithmetic_tactic]
    Internals.ROpp [constr, in mathcomp.algebra.ring_tactic]
    Internals.RPosz [constr, in mathcomp.algebra.ring_tactic]
    Internals.Rrhs [proj, in mathcomp.algebra.arithmetic_tactic]
    Internals.rsplit_common_R [def, in mathcomp.algebra.field_tactic]
    Internals.rsplit_left_R [def, in mathcomp.algebra.field_tactic]
    Internals.rsplit_R [ind, in mathcomp.algebra.field_tactic]
    Internals.rsplit_right_R [def, in mathcomp.algebra.field_tactic]
    Internals.RTautoChecker_sound [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.RX [constr, in mathcomp.algebra.ring_tactic]
    Internals.sCring_checkerT [prf, in mathcomp.algebra.ring_tactic]
    Internals.SemiRing [constr, in mathcomp.algebra.ring_tactic]
    Internals.semiring_checker_map_N_to_nat [prf, in mathcomp.algebra.ring_tactic]
    Internals.semiring_correct [prf, in mathcomp.algebra.ring_tactic]
    Internals.semiring_of_field_or_ring [def, in mathcomp.algebra.ring_tactic]
    Internals.seq_Psatz_Q2Z [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.SetForall [def, in mathcomp.classical.contra]
    Internals.sig1_wType [def, in mathcomp.classical.contra]
    Internals.sig1_wTypeP [prf, in mathcomp.classical.contra]
    Internals.sig2_wType [def, in mathcomp.classical.contra]
    Internals.sig2_wTypeP [prf, in mathcomp.classical.contra]
    Internals.sigT2_wType [def, in mathcomp.classical.contra]
    Internals.sigT2_wTypeP [prf, in mathcomp.classical.contra]
    Internals.sigT_wType [def, in mathcomp.classical.contra]
    Internals.sigT_wTypeP [prf, in mathcomp.classical.contra]
    Internals.sMeval_mk_monpol_list [prf, in mathcomp.algebra.ring_tactic]
    Internals.sPEeval_eqs_PEeval [prf, in mathcomp.algebra.ring_tactic]
    Internals.sPeval_norm_subst [prf, in mathcomp.algebra.ring_tactic]
    Internals.sPeval_Pol_of_PExpr [prf, in mathcomp.algebra.ring_tactic]
    Internals.split [abbrev, in mathcomp.algebra.field_tactic]
    Internals.split_aux [abbrev, in mathcomp.algebra.field_tactic]
    Internals.split_aux_R [def, in mathcomp.algebra.field_tactic]
    Internals.split_neq0_l [prf, in mathcomp.algebra.field_tactic]
    Internals.split_neq0_r [prf, in mathcomp.algebra.field_tactic]
    Internals.split_R [def, in mathcomp.algebra.field_tactic]
    Internals.Strict_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.sub [abbrev, in mathcomp.algebra.field_tactic]
    Internals.sub [abbrev, in mathcomp.algebra.field_tactic]
    Internals.sub_R [def, in mathcomp.algebra.ring_tactic]
    Internals.succ_double_mask_R [def, in mathcomp.algebra.ring_tactic]
    Internals.succ_double_R [def, in mathcomp.algebra.ring_tactic]
    Internals.succ_R [def, in mathcomp.algebra.ring_tactic]
    Internals.sum_wType [def, in mathcomp.classical.contra]
    Internals.sum_wTypeP [prf, in mathcomp.classical.contra]
    Internals.sumbool_wType [def, in mathcomp.classical.contra]
    Internals.sumbool_wTypeP [prf, in mathcomp.classical.contra]
    Internals.sumor_wType [def, in mathcomp.classical.contra]
    Internals.sumor_wTypeP [prf, in mathcomp.classical.contra]
    Internals.tauto_checker [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.tauto_checker_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.tauto_checkerT [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.to_nat_R [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.triv_div_R [def, in mathcomp.algebra.ring_tactic]
    Internals.trivial_nProp [def, in mathcomp.classical.contra]
    Internals.trivial_wProp [def, in mathcomp.classical.contra]
    Internals.true_neg [def, in mathcomp.classical.contra]
    Internals.true_negP [prf, in mathcomp.classical.contra]
    Internals.true_neq [def, in mathcomp.classical.contra]
    Internals.True_nProp [def, in mathcomp.classical.contra]
    Internals.true_pos [def, in mathcomp.classical.contra]
    Internals.true_posP [prf, in mathcomp.classical.contra]
    Internals.True_R [ind, in mathcomp.algebra.arithmetic_tactic]
    Internals.TT_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.TypeForall [def, in mathcomp.classical.contra]
    Internals.uint_N_nat [prf, in mathcomp.algebra.ring_tactic]
    Internals.unary_and_rhs [def, in mathcomp.classical.contra]
    Internals.unbounded_nBody [def, in mathcomp.classical.contra]
    Internals.unit_Rxx [prf, in mathcomp.algebra.arithmetic_tactic]
    Internals.unit_wType [def, in mathcomp.classical.contra]
    Internals.unit_wTypeP [prf, in mathcomp.classical.contra]
    Internals.unsat [abbrev, in mathcomp.algebra.arithmetic_tactic]
    Internals.unwrap_Prop [proj, in mathcomp.classical.contra]
    Internals.unwrap_Type [proj, in mathcomp.classical.contra]
    Internals.vmon_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.void_wType [def, in mathcomp.classical.contra]
    Internals.void_wTypeP [prf, in mathcomp.classical.contra]
    Internals.witness [def, in mathcomp.classical.contra]
    Internals.witness_Prop [proj, in mathcomp.classical.contra]
    Internals.witnessed_Type [proj, in mathcomp.classical.contra]
    Internals.witnessedType [rec, in mathcomp.classical.contra]
    Internals.witnessedType_elim [prf, in mathcomp.classical.contra]
    Internals.witnessedType_intro [prf, in mathcomp.classical.contra]
    Internals.witnessProp [rec, in mathcomp.classical.contra]
    Internals.wPred [abbrev, in mathcomp.classical.contra]
    Internals.wProp [abbrev, in mathcomp.classical.contra]
    Internals.wPropP [prf, in mathcomp.classical.contra]
    Internals.wrap1Prop [def, in mathcomp.classical.contra]
    Internals.wrap1Type [def, in mathcomp.classical.contra]
    Internals.wrap2Prop [def, in mathcomp.classical.contra]
    Internals.wrap2Type [def, in mathcomp.classical.contra]
    Internals.wrap3Prop [def, in mathcomp.classical.contra]
    Internals.wrap3Type [def, in mathcomp.classical.contra]
    Internals.wrap4Prop [def, in mathcomp.classical.contra]
    Internals.wrap4Type [def, in mathcomp.classical.contra]
    Internals.wrappedProp [rec, in mathcomp.classical.contra]
    Internals.wrappedType [rec, in mathcomp.classical.contra]
    Internals.wTycon [abbrev, in mathcomp.classical.contra]
    Internals.wType [abbrev, in mathcomp.classical.contra]
    Internals.wTypeP [abbrev, in mathcomp.classical.contra]
    Internals.X_R [constr, in mathcomp.algebra.arithmetic_tactic]
    Internals.xH_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.xI_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.xO_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.Z0_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.z_const_helper [def, in mathcomp.algebra.ring_tactic]
    Internals.Z_R [ind, in mathcomp.algebra.ring_tactic]
    Internals.Zfield_correct [prf, in mathcomp.algebra.field_tactic]
    Internals.Zint_pow_pos_pos [prf, in mathcomp.algebra.field_tactic]
    Internals.zmon_pred_R [def, in mathcomp.algebra.ring_tactic]
    Internals.zmon_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.Zneg_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.ZnumField_correct [prf, in mathcomp.algebra.field_tactic]
    Internals.Zpos_R [constr, in mathcomp.algebra.ring_tactic]
    Internals.Zring_correct [prf, in mathcomp.algebra.ring_tactic]
    Internals.ZTautoChecker [def, in mathcomp.algebra.arithmetic_tactic]
    Internals.ZTautoCheckerT [prf, in mathcomp.algebra.arithmetic_tactic]
    interval [file, in mathcomp.algebra.interval]
    Interval [constr, in mathcomp.algebra.interval]
    interval [ind, in mathcomp.algebra.interval]
    interval_bounded_interior [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interval_closed [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interval_display [prf, in mathcomp.algebra.interval]
    Interval_ereal_mem [prf, in mathcomp.reals.real_interval]
    interval_inference [file, in mathcomp.algebra.interval_inference]
    interval_is_interval [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interval_left_unbounded_interior [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interval_open [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interval_right_unbounded_interior [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    interval_set1 [abbrev, in mathcomp.classical.set_interval]
    interval_unbounded_setT [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    IntervalCan [mod, in mathcomp.algebra.interval]
    IntervalCan.Exports [mod, in mathcomp.algebra.interval]
    IntervalCan.interval_can [prf, in mathcomp.algebra.interval]
    IntervalCan.itv_bound_can [prf, in mathcomp.algebra.interval]
    intEsg [prf, in mathcomp.algebra.ssrint]
    intEsign [prf, in mathcomp.algebra.ssrint]
    IntItv [mod, in mathcomp.algebra.interval_inference]
    IntItv.add [def, in mathcomp.algebra.interval_inference]
    IntItv.add_boundl [def, in mathcomp.algebra.interval_inference]
    IntItv.add_boundr [def, in mathcomp.algebra.interval_inference]
    IntItv.Empty [constr, in mathcomp.algebra.interval_inference]
    IntItv.EqZero [constr, in mathcomp.algebra.interval_inference]
    IntItv.exprn [def, in mathcomp.algebra.interval_inference]
    IntItv.exprn_le1_bound [def, in mathcomp.algebra.interval_inference]
    IntItv.exprz [def, in mathcomp.algebra.interval_inference]
    IntItv.inv [def, in mathcomp.algebra.interval_inference]
    IntItv.keep_neg_bound [def, in mathcomp.algebra.interval_inference]
    IntItv.keep_nonneg [def, in mathcomp.algebra.interval_inference]
    IntItv.keep_nonneg_bound [def, in mathcomp.algebra.interval_inference]
    IntItv.keep_nonpos [def, in mathcomp.algebra.interval_inference]
    IntItv.keep_nonpos_bound [def, in mathcomp.algebra.interval_inference]
    IntItv.keep_pos_bound [def, in mathcomp.algebra.interval_inference]
    IntItv.keep_sign [def, in mathcomp.algebra.interval_inference]
    IntItv.Known [constr, in mathcomp.algebra.interval_inference]
    IntItv.max [def, in mathcomp.algebra.interval_inference]
    IntItv.min [def, in mathcomp.algebra.interval_inference]
    IntItv.mul [def, in mathcomp.algebra.interval_inference]
    IntItv.mul_boundl [def, in mathcomp.algebra.interval_inference]
    IntItv.mul_boundr [def, in mathcomp.algebra.interval_inference]
    IntItv.mul_boundr_gt0 [prf, in mathcomp.algebra.interval_inference]
    IntItv.mul_boundrC [prf, in mathcomp.algebra.interval_inference]
    IntItv.NonNeg [constr, in mathcomp.algebra.interval_inference]
    IntItv.NonPos [constr, in mathcomp.algebra.interval_inference]
    IntItv.opp [def, in mathcomp.algebra.interval_inference]
    IntItv.opp_bound [def, in mathcomp.algebra.interval_inference]
    IntItv.opp_bound_ge0 [prf, in mathcomp.algebra.interval_inference]
    IntItv.opp_bound_gt0 [prf, in mathcomp.algebra.interval_inference]
    IntItv.sign [def, in mathcomp.algebra.interval_inference]
    IntItv.sign_boundl [def, in mathcomp.algebra.interval_inference]
    IntItv.sign_boundr [def, in mathcomp.algebra.interval_inference]
    IntItv.signb [ind, in mathcomp.algebra.interval_inference]
    IntItv.signi [ind, in mathcomp.algebra.interval_inference]
    IntItv.Unknown [constr, in mathcomp.algebra.interval_inference]
    intker_indic [def, in mathcomp.analysis.kernel]
    intker_indic_bigcup [prf, in mathcomp.analysis.kernel]
    intker_indic_snd [prf, in mathcomp.analysis.kernel]
    intker_indicE [prf, in mathcomp.analysis.kernel]
    intmul [def, in mathcomp.algebra.ssrint]
    intmul1_is_monoid_morphism [prf, in mathcomp.algebra.ssrint]
    intmul1_is_multiplicative [def, in mathcomp.algebra.ssrint]
    intmul_snum [def, in mathcomp.reals.signed]
    intOrdered [mod, in mathcomp.algebra.ssrint]
    intOrdered.gez0_norm [prf, in mathcomp.algebra.ssrint]
    intOrdered.lez [def, in mathcomp.algebra.ssrint]
    intOrdered.lez_add [prf, in mathcomp.algebra.ssrint]
    intOrdered.lez_anti [prf, in mathcomp.algebra.ssrint]
    intOrdered.lez_mul [prf, in mathcomp.algebra.ssrint]
    intOrdered.lez_total [prf, in mathcomp.algebra.ssrint]
    intOrdered.ltz [def, in mathcomp.algebra.ssrint]
    intOrdered.ltz_def [prf, in mathcomp.algebra.ssrint]
    intOrdered.Mixin [def, in mathcomp.algebra.ssrint]
    intOrdered.normz [abbrev, in mathcomp.algebra.ssrint]
    intOrdered.normzN [prf, in mathcomp.algebra.ssrint]
    intOrdered.subz_ge0 [prf, in mathcomp.algebra.ssrint]
    intP [prf, in mathcomp.algebra.ssrint]
    intq_eq0 [prf, in mathcomp.algebra.rat]
    intr [abbrev, in mathcomp.algebra.ssrint]
    intr1D [prf, in mathcomp.classical.mathcomp_extra]
    intr1D [prf, in mathcomp.algebra.ssrint]
    intr_eq0 [prf, in mathcomp.algebra.ssrint]
    intr_inj [def, in mathcomp.algebra.ssrint]
    intr_inj_ZtoC [def, in mathcomp.field.algnum]
    intr_norm [prf, in mathcomp.algebra.ssrint]
    intr_pos_nat_neq0 [prf, in mathcomp.algebra.binnums]
    intr_sg [prf, in mathcomp.algebra.ssrint]
    intr_sign [prf, in mathcomp.algebra.ssrint]
    intrB [prf, in mathcomp.algebra.ssrint]
    intrD [prf, in mathcomp.algebra.ssrint]
    intrD1 [prf, in mathcomp.classical.mathcomp_extra]
    intrD1 [prf, in mathcomp.algebra.ssrint]
    intRing [mod, in mathcomp.algebra.ssrint]
    intRing.comMixin [def, in mathcomp.algebra.ssrint]
    intRing.mul0z [prf, in mathcomp.algebra.ssrint]
    intRing.mul1z [prf, in mathcomp.algebra.ssrint]
    intRing.mulNz [prf, in mathcomp.algebra.ssrint]
    intRing.mulz [def, in mathcomp.algebra.ssrint]
    intRing.mulz0 [prf, in mathcomp.algebra.ssrint]
    intRing.mulz_addl [prf, in mathcomp.algebra.ssrint]
    intRing.mulzA [prf, in mathcomp.algebra.ssrint]
    intRing.mulzC [prf, in mathcomp.algebra.ssrint]
    intRing.mulzN [prf, in mathcomp.algebra.ssrint]
    intRing.mulzS [prf, in mathcomp.algebra.ssrint]
    intRing.nonzero1z [prf, in mathcomp.algebra.ssrint]
    intrM [prf, in mathcomp.algebra.ssrint]
    intrN [prf, in mathcomp.algebra.ssrint]
    intro_adjunction [prf, in mathcomp.boot.fingraph]
    intro_closed [prf, in mathcomp.boot.fingraph]
    intro_isoGrp [prf, in mathcomp.finite_group.presentation]
    intro_unitmx [prf, in mathcomp.algebra.matrix]
    intrp [abbrev, in mathcomp.field.cyclotomic]
    intrp [abbrev, in mathcomp.field.algnum]
    intrp [abbrev, in mathcomp.field.algC]
    intrV [prf, in mathcomp.algebra.ssrint]
    intS [prf, in mathcomp.algebra.ssrint]
    inTT_bij [prf, in mathcomp.classical.classical_sets]
    intUnitRing [mod, in mathcomp.algebra.ssrint]
    intUnitRing.comMixin [def, in mathcomp.algebra.ssrint]
    intUnitRing.idomain_axiomz [prf, in mathcomp.algebra.ssrint]
    intUnitRing.invz [def, in mathcomp.algebra.ssrint]
    intUnitRing.invz_out [prf, in mathcomp.algebra.ssrint]
    intUnitRing.mulVz [prf, in mathcomp.algebra.ssrint]
    intUnitRing.mulzn_eq1 [prf, in mathcomp.algebra.ssrint]
    intUnitRing.unitz [def, in mathcomp.algebra.ssrint]
    intUnitRing.unitzPl [prf, in mathcomp.algebra.ssrint]
    intz [prf, in mathcomp.algebra.ssrint]
    intZmod [mod, in mathcomp.algebra.ssrint]
    intZmod.add0z [prf, in mathcomp.algebra.ssrint]
    intZmod.add1Pz [prf, in mathcomp.algebra.ssrint]
    intZmod.addNz [prf, in mathcomp.algebra.ssrint]
    intZmod.addPz [prf, in mathcomp.algebra.ssrint]
    intZmod.addSnz [prf, in mathcomp.algebra.ssrint]
    intZmod.addSz [prf, in mathcomp.algebra.ssrint]
    intZmod.addz [def, in mathcomp.algebra.ssrint]
    intZmod.addzA [prf, in mathcomp.algebra.ssrint]
    intZmod.addzC [prf, in mathcomp.algebra.ssrint]
    intZmod.int_ind [def, in mathcomp.algebra.ssrint]
    intZmod.int_rec [def, in mathcomp.algebra.ssrint]
    intZmod.int_rect [prf, in mathcomp.algebra.ssrint]
    intZmod.int_spec [ind, in mathcomp.algebra.ssrint]
    intZmod.intP [prf, in mathcomp.algebra.ssrint]
    intZmod.Mixin [def, in mathcomp.algebra.ssrint]
    intZmod.NegzE [prf, in mathcomp.algebra.ssrint]
    intZmod.oppz [def, in mathcomp.algebra.ssrint]
    intZmod.oppzD [prf, in mathcomp.algebra.ssrint]
    intZmod.oppzK [prf, in mathcomp.algebra.ssrint]
    intZmod.PoszD [prf, in mathcomp.algebra.ssrint]
    intZmod.predn_int [prf, in mathcomp.algebra.ssrint]
    intZmod.subSz1 [prf, in mathcomp.algebra.ssrint]
    intZmod.ZintNeg [constr, in mathcomp.algebra.ssrint]
    intZmod.ZintNull [constr, in mathcomp.algebra.ssrint]
    intZmod.ZintPos [constr, in mathcomp.algebra.ssrint]
    inv [def, in mathcomp.classical.functions]
    Inv [abbrev, in mathcomp.classical.functions]
    Inv [mod, in mathcomp.classical.functions]
    inv [def, in mathcomp.boot.monoid]
    Inv.axioms [abbrev, in mathcomp.classical.functions]
    Inv.axioms_ [rec, in mathcomp.classical.functions]
    Inv.Build [abbrev, in mathcomp.classical.functions]
    Inv.Exports [mod, in mathcomp.classical.functions]
    Inv.inv [proj, in mathcomp.classical.functions]
    Inv.phant_axioms [def, in mathcomp.classical.functions]
    Inv.phant_Build [def, in mathcomp.classical.functions]
    inv_addr [prf, in mathcomp.classical.functions]
    inv_ahom [def, in mathcomp.field.galois]
    Inv_Can [abbrev, in mathcomp.classical.functions]
    Inv_Can [mod, in mathcomp.classical.functions]
    Inv_Can.axioms [abbrev, in mathcomp.classical.functions]
    Inv_Can.axioms_ [rec, in mathcomp.classical.functions]
    Inv_Can.Build [abbrev, in mathcomp.classical.functions]
    Inv_Can.Exports [mod, in mathcomp.classical.functions]
    Inv_Can.funK [proj, in mathcomp.classical.functions]
    Inv_Can.phant_axioms [def, in mathcomp.classical.functions]
    Inv_Can.phant_Build [def, in mathcomp.classical.functions]
    Inv_Can2 [abbrev, in mathcomp.classical.functions]
    Inv_Can2 [mod, in mathcomp.classical.functions]
    Inv_Can2.axioms [abbrev, in mathcomp.classical.functions]
    Inv_Can2.axioms_ [rec, in mathcomp.classical.functions]
    Inv_Can2.Build [abbrev, in mathcomp.classical.functions]
    Inv_Can2.Exports [mod, in mathcomp.classical.functions]
    Inv_Can2.funK [proj, in mathcomp.classical.functions]
    Inv_Can2.funS [proj, in mathcomp.classical.functions]
    Inv_Can2.invK [proj, in mathcomp.classical.functions]
    Inv_Can2.invS [proj, in mathcomp.classical.functions]
    Inv_Can2.phant_axioms [def, in mathcomp.classical.functions]
    Inv_Can2.phant_Build [def, in mathcomp.classical.functions]
    Inv_CanV [abbrev, in mathcomp.classical.functions]
    Inv_CanV [mod, in mathcomp.classical.functions]
    Inv_CanV.axioms [abbrev, in mathcomp.classical.functions]
    Inv_CanV.axioms_ [rec, in mathcomp.classical.functions]
    Inv_CanV.Build [abbrev, in mathcomp.classical.functions]
    Inv_CanV.Exports [mod, in mathcomp.classical.functions]
    Inv_CanV.invK [proj, in mathcomp.classical.functions]
    Inv_CanV.invS [proj, in mathcomp.classical.functions]
    Inv_CanV.phant_axioms [def, in mathcomp.classical.functions]
    Inv_CanV.phant_Build [def, in mathcomp.classical.functions]
    inv_comp [prf, in mathcomp.classical.functions]
    inv_continuous [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    inv_def [abbrev, in mathcomp.finmap.finperm]
    inv_eq [prf, in mathcomp.boot.eqtype]
    inv_fun [def, in mathcomp.classical.unstable]
    inv_funK [prf, in mathcomp.classical.functions]
    inv_glue [prf, in mathcomp.classical.functions]
    inv_Iimage_sub [prf, in mathcomp.classical.functions]
    inv_image_sub [prf, in mathcomp.classical.functions]
    inv_insubd [prf, in mathcomp.classical.functions]
    inv_is_ahom [prf, in mathcomp.field.galois]
    inv_iter [prf, in mathcomp.classical.functions]
    inv_kHomf [prf, in mathcomp.field.galois]
    inv_lfun [def, in mathcomp.algebra.vector]
    inv_lfun_def [prf, in mathcomp.algebra.vector]
    inv_oapp [prf, in mathcomp.classical.functions]
    inv_oappV [prf, in mathcomp.classical.functions]
    inv_obind [prf, in mathcomp.classical.functions]
    inv_obindV [prf, in mathcomp.classical.functions]
    inv_omap [prf, in mathcomp.classical.functions]
    inv_oppr [prf, in mathcomp.classical.functions]
    inv_orbit [prf, in mathcomp.finmap.finperm]
    inv_pair [def, in mathcomp.boot.monoid]
    inv_quotient_spec [ind, in mathcomp.finite_group.quotient]
    inv_quotientN [prf, in mathcomp.finite_group.quotient]
    inv_quotientS [prf, in mathcomp.finite_group.quotient]
    inv_sigL [prf, in mathcomp.classical.functions]
    inv_sigR [prf, in mathcomp.classical.functions]
    inv_snum [def, in mathcomp.reals.signed]
    inv_sub_image [prf, in mathcomp.classical.functions]
    inv_subG [prf, in mathcomp.finite_group.fingroup]
    inv_to_setT [prf, in mathcomp.classical.functions]
    inv_unbind [prf, in mathcomp.classical.functions]
    inv_valL [prf, in mathcomp.classical.functions]
    invariant [def, in mathcomp.boot.eqtype]
    invariant_comp [prf, in mathcomp.boot.eqtype]
    invariant_factor [def, in mathcomp.solvable.gseries]
    invariant_inj [prf, in mathcomp.boot.eqtype]
    invariant_subnormal [prf, in mathcomp.solvable.gseries]
    invb_out [prf, in mathcomp.algebra.algebraic_hierarchy.divalg]
    invCg [prf, in mathcomp.finite_group.fingroup]
    InvClosed [abbrev, in mathcomp.boot.monoid]
    InvClosed [mod, in mathcomp.boot.monoid]
    InvClosed.axioms_ [rec, in mathcomp.boot.monoid]
    InvClosed.class [proj, in mathcomp.boot.monoid]
    InvClosed.clone [abbrev, in mathcomp.boot.monoid]
    InvClosed.copy [abbrev, in mathcomp.boot.monoid]
    InvClosed.Exports [mod, in mathcomp.boot.monoid]
    InvClosed.Exports.invgClosed [abbrev, in mathcomp.boot.monoid]
    InvClosed.monoid_isInvClosed_mixin [proj, in mathcomp.boot.monoid]
    InvClosed.on [abbrev, in mathcomp.boot.monoid]
    InvClosed.on_ [abbrev, in mathcomp.boot.monoid]
    InvClosed.pack_ [def, in mathcomp.boot.monoid]
    InvClosed.phant_clone [def, in mathcomp.boot.monoid]
    InvClosed.phant_on_ [def, in mathcomp.boot.monoid]
    InvClosed.sort [proj, in mathcomp.boot.monoid]
    InvClosed.type [rec, in mathcomp.boot.monoid]
    InvClosedElpiOperations [mod, in mathcomp.boot.monoid]
    invDg [prf, in mathcomp.finite_group.fingroup]
    inve [def, in mathcomp.reals.constructive_ereal]
    inve0 [prf, in mathcomp.reals.constructive_ereal]
    inve1 [prf, in mathcomp.reals.constructive_ereal]
    inve_eq0 [prf, in mathcomp.reals.constructive_ereal]
    inve_eq1 [prf, in mathcomp.reals.constructive_ereal]
    inve_eqNy [prf, in mathcomp.reals.constructive_ereal]
    inve_eqy [prf, in mathcomp.reals.constructive_ereal]
    inve_ge0 [prf, in mathcomp.reals.constructive_ereal]
    inve_ge1 [prf, in mathcomp.reals.constructive_ereal]
    inve_gt0 [prf, in mathcomp.reals.constructive_ereal]
    inve_gt0P [prf, in mathcomp.reals.constructive_ereal]
    inve_gt1 [prf, in mathcomp.reals.constructive_ereal]
    inve_le0 [prf, in mathcomp.reals.constructive_ereal]
    inve_le0P [prf, in mathcomp.reals.constructive_ereal]
    inve_lt0 [prf, in mathcomp.reals.constructive_ereal]
    inve_pge [prf, in mathcomp.reals.constructive_ereal]
    inve_pgt [prf, in mathcomp.reals.constructive_ereal]
    inve_ple [prf, in mathcomp.reals.constructive_ereal]
    inve_plt [prf, in mathcomp.reals.constructive_ereal]
    inve_spec [ind, in mathcomp.reals.constructive_ereal]
    inveK [prf, in mathcomp.reals.constructive_ereal]
    inveM [prf, in mathcomp.reals.constructive_ereal]
    inveM_def [def, in mathcomp.reals.constructive_ereal]
    inveM_defE [prf, in mathcomp.reals.constructive_ereal]
    inveMP [prf, in mathcomp.reals.constructive_ereal]
    inveN [prf, in mathcomp.reals.constructive_ereal]
    InveNInfty [constr, in mathcomp.reals.constructive_ereal]
    inveNy [prf, in mathcomp.reals.constructive_ereal]
    InveNZero [constr, in mathcomp.reals.constructive_ereal]
    inveP [prf, in mathcomp.reals.constructive_ereal]
    InvePInfty [constr, in mathcomp.reals.constructive_ereal]
    inver [prf, in mathcomp.reals.constructive_ereal]
    Inversible [abbrev, in mathcomp.classical.functions]
    Inversible [mod, in mathcomp.classical.functions]
    Inversible.axioms_ [rec, in mathcomp.classical.functions]
    Inversible.class [proj, in mathcomp.classical.functions]
    Inversible.clone [abbrev, in mathcomp.classical.functions]
    Inversible.copy [abbrev, in mathcomp.classical.functions]
    Inversible.Exports [mod, in mathcomp.classical.functions]
    Inversible.functions_OInv_Inv_mixin [proj, in mathcomp.classical.functions]
    Inversible.functions_OInv_mixin [proj, in mathcomp.classical.functions]
    Inversible.on [abbrev, in mathcomp.classical.functions]
    Inversible.on_ [abbrev, in mathcomp.classical.functions]
    Inversible.pack_ [def, in mathcomp.classical.functions]
    Inversible.phant_clone [def, in mathcomp.classical.functions]
    Inversible.phant_on_ [def, in mathcomp.classical.functions]
    Inversible.sort [proj, in mathcomp.classical.functions]
    Inversible.type [rec, in mathcomp.classical.functions]
    InversibleElpiOperations [mod, in mathcomp.classical.functions]
    invey [prf, in mathcomp.reals.constructive_ereal]
    InveZero [constr, in mathcomp.reals.constructive_ereal]
    invF [def, in mathcomp.boot.fintype]
    invF_f [prf, in mathcomp.boot.fintype]
    InvFun [abbrev, in mathcomp.classical.functions]
    InvFun [mod, in mathcomp.classical.functions]
    InvFun.axioms_ [rec, in mathcomp.classical.functions]
    InvFun.class [proj, in mathcomp.classical.functions]
    InvFun.clone [abbrev, in mathcomp.classical.functions]
    InvFun.copy [abbrev, in mathcomp.classical.functions]
    InvFun.Exports [mod, in mathcomp.classical.functions]
    InvFun.Exports.join_functions_InvFun_between_functions_Fun_and_functions_Inversible [def, in mathcomp.classical.functions]
    InvFun.Exports.join_functions_InvFun_between_functions_Inversible_and_functions_OInvFun [def, in mathcomp.classical.functions]
    InvFun.functions_isFun_mixin [proj, in mathcomp.classical.functions]
    InvFun.functions_OInv_Inv_mixin [proj, in mathcomp.classical.functions]
    InvFun.functions_OInv_mixin [proj, in mathcomp.classical.functions]
    InvFun.on [abbrev, in mathcomp.classical.functions]
    InvFun.on_ [abbrev, in mathcomp.classical.functions]
    InvFun.pack_ [def, in mathcomp.classical.functions]
    InvFun.phant_clone [def, in mathcomp.classical.functions]
    InvFun.phant_on_ [def, in mathcomp.classical.functions]
    InvFun.sort [proj, in mathcomp.classical.functions]
    InvFun.type [rec, in mathcomp.classical.functions]
    InvFunElpiOperations [mod, in mathcomp.classical.functions]
    invg [abbrev, in mathcomp.finite_group.fingroup]
    invg1 [abbrev, in mathcomp.finite_group.fingroup]
    invg1 [prf, in mathcomp.boot.monoid]
    invg2id [prf, in mathcomp.finite_group.fingroup]
    invg_closed [def, in mathcomp.boot.monoid]
    invg_comm [abbrev, in mathcomp.finite_group.fingroup]
    invg_eq1 [prf, in mathcomp.boot.monoid]
    invg_expg [prf, in mathcomp.finite_group.fingroup]
    invg_ffun [prf, in mathcomp.finite_group.gproduct]
    invg_inj [abbrev, in mathcomp.finite_group.fingroup]
    invg_inj [prf, in mathcomp.boot.monoid]
    invg_lcoset [prf, in mathcomp.finite_group.fingroup]
    invg_lcosets [prf, in mathcomp.finite_group.fingroup]
    invg_rcoset [prf, in mathcomp.finite_group.fingroup]
    invg_set1 [prf, in mathcomp.finite_group.fingroup]
    invgF [prf, in mathcomp.boot.monoid]
    invGid [prf, in mathcomp.finite_group.fingroup]
    invgK [abbrev, in mathcomp.finite_group.fingroup]
    invgK [def, in mathcomp.boot.monoid]
    invgM [def, in mathcomp.boot.monoid]
    invgR [prf, in mathcomp.boot.monoid]
    invIg [prf, in mathcomp.finite_group.fingroup]
    invK [prf, in mathcomp.classical.functions]
    invm [def, in mathcomp.finite_group.morphism]
    invm_morphism [def, in mathcomp.finite_group.morphism]
    invm_subker [prf, in mathcomp.finite_group.morphism]
    invmE [prf, in mathcomp.finite_group.morphism]
    invMG [prf, in mathcomp.finite_group.fingroup]
    invMg [abbrev, in mathcomp.finite_group.fingroup]
    invmK [prf, in mathcomp.finite_group.morphism]
    invmx [def, in mathcomp.algebra.matrix]
    invmx1 [prf, in mathcomp.algebra.matrix]
    invmx_block_diag [prf, in mathcomp.algebra.matrix]
    invmx_out [prf, in mathcomp.algebra.matrix]
    invmx_scalar [prf, in mathcomp.algebra.matrix]
    invmx_unitary [prf, in mathcomp.algebra.spectral]
    invmxK [prf, in mathcomp.algebra.matrix]
    invmxZ [prf, in mathcomp.algebra.matrix]
    involutions_gen_dihedral [prf, in mathcomp.solvable.extremal]
    InvolutiveRMorphism [abbrev, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism [mod, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.Algebra_isNmodMorphism_mixin [proj, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.axioms_ [rec, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.class [proj, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.clone [abbrev, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.copy [abbrev, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.Exports [mod, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.Exports.involutive_rmorphism [abbrev, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.GRing_isMonoidMorphism_mixin [proj, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.on [abbrev, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.on_ [abbrev, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.pack_ [def, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.phant_clone [def, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.phant_on_ [def, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.sesquilinear_isInvolutive_mixin [proj, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.sort [proj, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphism.type [rec, in mathcomp.algebra.sesquilinear]
    InvolutiveRMorphismElpiOperations [mod, in mathcomp.algebra.sesquilinear]
    invq [def, in mathcomp.algebra.rat]
    invq0 [prf, in mathcomp.algebra.rat]
    invq_def [prf, in mathcomp.algebra.rat]
    invq_frac [prf, in mathcomp.algebra.rat]
    invq_subdef [def, in mathcomp.algebra.rat]
    InvQuotientSpec [constr, in mathcomp.finite_group.quotient]
    invr_expz [prf, in mathcomp.algebra.ssrint]
    invr_inj [prf, in mathcomp.reals.constructive_ereal]
    invS [prf, in mathcomp.classical.functions]
    invSg [prf, in mathcomp.finite_group.fingroup]
    invt [def, in mathcomp.algebra.tensor]
    invUg [prf, in mathcomp.finite_group.fingroup]
    invV [prf, in mathcomp.classical.functions]
    inZp [def, in mathcomp.boot.fintype]
    inZp [abbrev, in mathcomp.algebra.zmodp]
    IOne [constr, in mathcomp.reals.constructive_ereal]
    Ione [ind, in mathcomp.reals.constructive_ereal]
    IOne [constr, in mathcomp.algebra.algebraic_hierarchy.rings_modules_and_algebras]
    Ione [ind, in mathcomp.algebra.algebraic_hierarchy.rings_modules_and_algebras]
    IOpp [constr, in mathcomp.algebra.algebraic_hierarchy.rings_modules_and_algebras]
    iota [def, in mathcomp.boot.seq]
    iota_ltn_sorted [prf, in mathcomp.boot.path]
    iota_sorted [prf, in mathcomp.boot.path]
    iota_tuple [def, in mathcomp.boot.tuple]
    iota_tupleP [prf, in mathcomp.boot.tuple]
    iota_uniq [prf, in mathcomp.boot.seq]
    iotaD [prf, in mathcomp.boot.seq]
    iotaDl [prf, in mathcomp.boot.seq]
    iotaPz [abbrev, in mathcomp.field.fieldext]
    IRat [constr, in mathcomp.algebra.rat]
    Irat [ind, in mathcomp.algebra.rat]
    Irat_prf [ind, in mathcomp.algebra.rat]
    irr_sorted_eq [prf, in mathcomp.boot.path]
    irr_sorted_eq_in [prf, in mathcomp.boot.path]
    irrational [def, in mathcomp.reals.reals]
    irrational_Gdelta [prf, in mathcomp.analysis.borel_hierarchy]
    irrationalE [prf, in mathcomp.reals.reals]
    irredp_FAdjoin [prf, in mathcomp.field.fieldext]
    irreducible_poly_coprime [prf, in mathcomp.algebra.qpoly]
    irreducible_rat_int [prf, in mathcomp.algebra.rat]
    irreducibleb [def, in mathcomp.algebra.qpoly]
    irreducibleP [prf, in mathcomp.algebra.qpoly]
    is_abelem [def, in mathcomp.solvable.abelian]
    is_abelem_pgroup [prf, in mathcomp.solvable.abelian]
    is_abelemP [prf, in mathcomp.solvable.abelian]
    is_action [def, in mathcomp.finite_group.action]
    is_algid [def, in mathcomp.field.falgebra]
    is_aspace [def, in mathcomp.field.falgebra]
    is_ball [def, in mathcomp.analysis.normedtype_theory.vitali_lemma]
    is_ball0 [prf, in mathcomp.analysis.normedtype_theory.vitali_lemma]
    is_ball_ball [prf, in mathcomp.analysis.normedtype_theory.vitali_lemma]
    is_ball_closure [prf, in mathcomp.analysis.normedtype_theory.vitali_lemma]
    is_ball_closureP [prf, in mathcomp.analysis.normedtype_theory.vitali_lemma]
    is_ballP [prf, in mathcomp.analysis.normedtype_theory.vitali_lemma]
    is_bigOmega [def, in mathcomp.analysis.landau]
    is_bigOmega_key [prf, in mathcomp.analysis.landau]
    is_bigOmega_keyed [def, in mathcomp.analysis.landau]
    is_bigTheta [def, in mathcomp.analysis.landau]
    is_bigTheta_key [prf, in mathcomp.analysis.landau]
    is_bigTheta_keyed [def, in mathcomp.analysis.landau]
    is_contraction [def, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvg_abse [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvg_cst [prf, in mathcomp.analysis.topology_theory.topology_structure]
    is_cvg_einfs [prf, in mathcomp.analysis.sequences]
    is_cvg_ereal_nneg_natsum [prf, in mathcomp.analysis.sequences]
    is_cvg_ereal_nneg_natsum_cond [prf, in mathcomp.analysis.sequences]
    is_cvg_ereal_npos_natsum [prf, in mathcomp.analysis.sequences]
    is_cvg_ereal_npos_natsum_cond [prf, in mathcomp.analysis.sequences]
    is_cvg_esups [prf, in mathcomp.analysis.sequences]
    is_cvg_geometric_series [prf, in mathcomp.analysis.sequences]
    is_cvg_infs [prf, in mathcomp.analysis.sequences]
    is_cvg_limn_einfE [prf, in mathcomp.analysis.sequences]
    is_cvg_limn_esupE [prf, in mathcomp.analysis.sequences]
    is_cvg_near_cst [prf, in mathcomp.analysis.topology_theory.topology_structure]
    is_cvg_nneseries [prf, in mathcomp.analysis.sequences]
    is_cvg_nneseries_cond [prf, in mathcomp.analysis.sequences]
    is_cvg_norm [prf, in mathcomp.analysis.normedtype_theory.pseudometric_normed_Zmodule]
    is_cvg_npeseries [prf, in mathcomp.analysis.sequences]
    is_cvg_npeseries_cond [prf, in mathcomp.analysis.sequences]
    is_cvg_pseries_diffs_equiv [prf, in mathcomp.analysis.exp]
    is_cvg_pseries_inside [prf, in mathcomp.analysis.exp]
    is_cvg_pseries_inside_norm [prf, in mathcomp.analysis.exp]
    is_cvg_restrict [prf, in mathcomp.analysis.sequences]
    is_cvg_series_cos_coeff [prf, in mathcomp.analysis.trigo]
    is_cvg_series_exp_coeff [prf, in mathcomp.analysis.sequences]
    is_cvg_series_exp_coeff_pos [prf, in mathcomp.analysis.sequences]
    is_cvg_series_restrict [prf, in mathcomp.analysis.sequences]
    is_cvg_series_sin_coeff [prf, in mathcomp.analysis.trigo]
    is_cvg_seriesB [prf, in mathcomp.analysis.sequences]
    is_cvg_seriesD [prf, in mathcomp.analysis.sequences]
    is_cvg_seriesN [prf, in mathcomp.analysis.sequences]
    is_cvg_seriesZ [prf, in mathcomp.analysis.sequences]
    is_cvg_sintegral [prf, in mathcomp.analysis.lebesgue_integral_theory.lebesgue_integral_definition]
    is_cvg_sups [prf, in mathcomp.analysis.sequences]
    is_cvgB [prf, in mathcomp.analysis.normedtype_theory.pseudometric_normed_Zmodule]
    is_cvgD [prf, in mathcomp.analysis.normedtype_theory.pseudometric_normed_Zmodule]
    is_cvgDlE [prf, in mathcomp.analysis.normedtype_theory.pseudometric_normed_Zmodule]
    is_cvgDrE [prf, in mathcomp.analysis.normedtype_theory.pseudometric_normed_Zmodule]
    is_cvgeD [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgeM [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgeMl [abbrev, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgeMr [abbrev, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgeN [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgeNE [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgeZl [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgeZr [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgM [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgMl [abbrev, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgMl_tmp [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgMlE [abbrev, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgMlE_tmp [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgMn [prf, in mathcomp.analysis.normedtype_theory.pseudometric_normed_Zmodule]
    is_cvgMr [abbrev, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgMr_tmp [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgMrE [abbrev, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgMrE_tmp [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgN [prf, in mathcomp.analysis.normedtype_theory.pseudometric_normed_Zmodule]
    is_cvgNE [prf, in mathcomp.analysis.normedtype_theory.pseudometric_normed_Zmodule]
    is_cvgV [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgVE [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgZ [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgZl [abbrev, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgZl_tmp [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgZlE [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgZr [abbrev, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgZr_tmp [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cvgZrE [abbrev, in mathcomp.analysis.normedtype_theory.normed_module]
    is_cyclic [def, in mathcomp.finmap.finperm]
    is_cyclic_cycle_at [prf, in mathcomp.finmap.finperm]
    is_derive [rec, in mathcomp.analysis.derive]
    is_derive0 [prf, in mathcomp.analysis.derive]
    is_derive1_acos [prf, in mathcomp.analysis.trigo]
    is_derive1_asin [prf, in mathcomp.analysis.trigo]
    is_derive1_atan [inst, in mathcomp.analysis.trigo]
    is_derive1_caratheodory [prf, in mathcomp.analysis.realfun]
    is_derive1_comp [inst, in mathcomp.analysis.realfun]
    is_derive1_ln [inst, in mathcomp.analysis.exp]
    is_derive1_powR [inst, in mathcomp.analysis.exp]
    is_derive1_sqrt [inst, in mathcomp.analysis.realfun]
    is_derive_0_is_cst [prf, in mathcomp.analysis.realfun]
    is_derive_cos [inst, in mathcomp.analysis.trigo]
    is_derive_cst [inst, in mathcomp.analysis.derive]
    is_derive_eq [prf, in mathcomp.analysis.derive]
    is_derive_expR [inst, in mathcomp.analysis.exp]
    is_derive_id [inst, in mathcomp.analysis.derive]
    is_derive_inverse [prf, in mathcomp.analysis.realfun]
    is_derive_poly [inst, in mathcomp.analysis.derive]
    is_derive_shift [prf, in mathcomp.analysis.derive]
    is_derive_sin [inst, in mathcomp.analysis.trigo]
    is_derive_sum [inst, in mathcomp.analysis.derive]
    is_derive_tan [prf, in mathcomp.analysis.trigo]
    is_deriveB [inst, in mathcomp.analysis.derive]
    is_deriveD [inst, in mathcomp.analysis.derive]
    is_deriveM [inst, in mathcomp.analysis.derive]
    is_deriveN [inst, in mathcomp.analysis.derive]
    is_deriveNid [inst, in mathcomp.analysis.derive]
    is_deriveV [prf, in mathcomp.analysis.realfun]
    is_deriveX [inst, in mathcomp.analysis.derive]
    is_deriveZ [inst, in mathcomp.analysis.derive]
    is_diag_block_mx [prf, in mathcomp.algebra.matrix]
    is_diag_mx [def, in mathcomp.algebra.matrix]
    is_diag_mx_is_trig [prf, in mathcomp.algebra.matrix]
    is_diag_mxblock [prf, in mathcomp.algebra.matrix]
    is_diag_mxblockP [prf, in mathcomp.algebra.matrix]
    is_diag_mxEtrig [prf, in mathcomp.algebra.matrix]
    is_diag_mxP [prf, in mathcomp.algebra.matrix]
    is_diag_trmx [prf, in mathcomp.algebra.matrix]
    is_diff_comp [inst, in mathcomp.analysis.derive]
    is_diff_cst [inst, in mathcomp.analysis.derive]
    is_diff_def [rec, in mathcomp.analysis.derive]
    is_diff_eq [prf, in mathcomp.analysis.derive]
    is_diff_id [inst, in mathcomp.analysis.derive]
    is_diff_mulr [inst, in mathcomp.analysis.derive]
    is_diff_pair [inst, in mathcomp.analysis.derive]
    is_diff_scalel [inst, in mathcomp.analysis.derive]
    is_diff_scaler [inst, in mathcomp.analysis.derive]
    is_diffB [inst, in mathcomp.analysis.derive]
    is_diffD [inst, in mathcomp.analysis.derive]
    is_diffM [inst, in mathcomp.analysis.derive]
    is_diffN [inst, in mathcomp.analysis.derive]
    is_diffX [inst, in mathcomp.analysis.derive]
    is_diffZ [inst, in mathcomp.analysis.derive]
    is_finite [rec, in mathcomp.finmap.finmap]
    is_finite_uniq [prf, in mathcomp.finmap.finmap]
    is_finiteE [prf, in mathcomp.finmap.finmap]
    is_fun [def, in mathcomp.classical.classical_sets]
    is_groupAction [def, in mathcomp.finite_group.action]
    is_hermitianmxE [prf, in mathcomp.algebra.sesquilinear]
    is_hermitianmxP [prf, in mathcomp.algebra.sesquilinear]
    is_hermsym [def, in mathcomp.algebra.sesquilinear]
    is_interval [def, in mathcomp.analysis.normedtype_theory.num_normedtype]
    is_interval_bigcup_ointsub [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    is_interval_measurable [prf, in mathcomp.analysis.measurable_realfun]
    is_intervalP [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    is_intervalPlt [prf, in mathcomp.analysis.normedtype_theory.num_normedtype]
    is_iso [def, in mathcomp.solvable.burnside_app]
    is_iso3 [def, in mathcomp.solvable.burnside_app]
    is_iso3b [def, in mathcomp.solvable.burnside_app]
    is_iso3P [prf, in mathcomp.solvable.burnside_app]
    is_isoP [prf, in mathcomp.solvable.burnside_app]
    is_mxvec_index [ind, in mathcomp.algebra.matrix]
    is_nearE [def, in mathcomp.classical.filter]
    is_ocitv [prf, in mathcomp.analysis.lebesgue_stieltjes_measure]
    is_open_itv [def, in mathcomp.classical.set_interval]
    is_open_itv_itv_is_bd_openP [prf, in mathcomp.classical.set_interval]
    is_orthogonal [abbrev, in mathcomp.algebra.sesquilinear]
    is_perm_mx [def, in mathcomp.algebra.matrix]
    is_perm_mx1 [prf, in mathcomp.algebra.matrix]
    is_perm_mx_tr [prf, in mathcomp.algebra.matrix]
    is_perm_mxMl [prf, in mathcomp.algebra.matrix]
    is_perm_mxMr [prf, in mathcomp.algebra.matrix]
    is_perm_mxP [prf, in mathcomp.algebra.matrix]
    is_perm_mxV [prf, in mathcomp.algebra.matrix]
    is_porthogonal [def, in mathcomp.algebra.sesquilinear]
    is_psymplectic [def, in mathcomp.algebra.sesquilinear]
    is_rot [def, in mathcomp.solvable.burnside_app]
    is_scalar_mx [def, in mathcomp.algebra.matrix]
    is_scalar_mx_is_diag [prf, in mathcomp.algebra.matrix]
    is_scalar_mx_is_trig [prf, in mathcomp.algebra.matrix]
    is_scalar_mxP [prf, in mathcomp.algebra.matrix]
    is_scale_ball [prf, in mathcomp.analysis.normedtype_theory.vitali_lemma]
    is_skew [def, in mathcomp.algebra.sesquilinear]
    is_subset1 [def, in mathcomp.classical.classical_sets]
    is_subset1_infimums [prf, in mathcomp.classical.classical_sets]
    is_subset1_supremums [prf, in mathcomp.classical.classical_sets]
    is_sym [def, in mathcomp.algebra.sesquilinear]
    is_symplectic [abbrev, in mathcomp.algebra.sesquilinear]
    is_total [def, in mathcomp.classical.classical_sets]
    is_total_action [prf, in mathcomp.finite_group.action]
    is_totalfun [def, in mathcomp.classical.classical_sets]
    is_transversal [def, in mathcomp.boot.finset]
    is_trig_block_mx [prf, in mathcomp.algebra.matrix]
    is_trig_mx [def, in mathcomp.algebra.matrix]
    is_trig_mxblock [prf, in mathcomp.algebra.matrix]
    is_trig_mxblockP [prf, in mathcomp.algebra.matrix]
    is_trig_mxP [prf, in mathcomp.algebra.matrix]
    is_true_inj [prf, in mathcomp.classical.boolp]
    is_unitary [def, in mathcomp.algebra.sesquilinear]
    isAdditiveCharge [abbrev, in mathcomp.analysis.charge]
    isAdditiveCharge [mod, in mathcomp.analysis.charge]
    isAdditiveCharge.axioms [abbrev, in mathcomp.analysis.charge]
    isAdditiveCharge.axioms_ [rec, in mathcomp.analysis.charge]
    isAdditiveCharge.Build [abbrev, in mathcomp.analysis.charge]
    isAdditiveCharge.charge_semi_additive [proj, in mathcomp.analysis.charge]
    isAdditiveCharge.Exports [mod, in mathcomp.analysis.charge]
    isAdditiveCharge.identity_builder [def, in mathcomp.analysis.charge]
    isAdditiveCharge.phant_axioms [def, in mathcomp.analysis.charge]
    isAdditiveCharge.phant_Build [def, in mathcomp.analysis.charge]
    isAlgebraOfSets [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets.axioms [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets.axioms_ [rec, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets.Build [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets.Exports [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets.measurable [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets.measurable0 [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets.measurableC [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets.measurableU [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets.phant_axioms [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets.phant_Build [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD.axioms [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD.axioms_ [rec, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD.Build [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD.Exports [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD.measurable [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD.measurableD [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD.measurableT [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD.phant_axioms [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isAlgebraOfSets_setD.phant_Build [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isBaseTopological [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological [mod, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.axioms [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.axioms_ [rec, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.b [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.b_cover [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.b_join [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.Build [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.D [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.Exports [mod, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.I [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.phant_axioms [def, in mathcomp.analysis.topology_theory.topology_structure]
    isBaseTopological.phant_Build [def, in mathcomp.analysis.topology_theory.topology_structure]
    isBilinear [abbrev, in mathcomp.algebra.sesquilinear]
    isBilinear [mod, in mathcomp.algebra.sesquilinear]
    isBilinear.axioms [abbrev, in mathcomp.algebra.sesquilinear]
    isBilinear.axioms_ [rec, in mathcomp.algebra.sesquilinear]
    isBilinear.Build [abbrev, in mathcomp.algebra.sesquilinear]
    isBilinear.Exports [mod, in mathcomp.algebra.sesquilinear]
    isBilinear.identity_builder [def, in mathcomp.algebra.sesquilinear]
    isBilinear.phant_axioms [def, in mathcomp.algebra.sesquilinear]
    isBilinear.phant_Build [def, in mathcomp.algebra.sesquilinear]
    isBiPointed [abbrev, in mathcomp.classical.classical_sets]
    isBiPointed [mod, in mathcomp.classical.classical_sets]
    isBiPointed.axioms [abbrev, in mathcomp.classical.classical_sets]
    isBiPointed.axioms_ [rec, in mathcomp.classical.classical_sets]
    isBiPointed.Build [abbrev, in mathcomp.classical.classical_sets]
    isBiPointed.Exports [mod, in mathcomp.classical.classical_sets]
    isBiPointed.identity_builder [def, in mathcomp.classical.classical_sets]
    isBiPointed.one [proj, in mathcomp.classical.classical_sets]
    isBiPointed.phant_axioms [def, in mathcomp.classical.classical_sets]
    isBiPointed.phant_Build [def, in mathcomp.classical.classical_sets]
    isBiPointed.zero [proj, in mathcomp.classical.classical_sets]
    isBiPointed.zero_one_neq [proj, in mathcomp.classical.classical_sets]
    isCharge [abbrev, in mathcomp.analysis.charge]
    isCharge [mod, in mathcomp.analysis.charge]
    isCharge.axioms [abbrev, in mathcomp.analysis.charge]
    isCharge.axioms_ [rec, in mathcomp.analysis.charge]
    isCharge.Build [abbrev, in mathcomp.analysis.charge]
    isCharge.charge0 [proj, in mathcomp.analysis.charge]
    isCharge.charge_finite [proj, in mathcomp.analysis.charge]
    isCharge.charge_sigma_additive [proj, in mathcomp.analysis.charge]
    isCharge.Exports [mod, in mathcomp.analysis.charge]
    isCharge.phant_axioms [def, in mathcomp.analysis.charge]
    isCharge.phant_Build [def, in mathcomp.analysis.charge]
    isComplex [abbrev, in mathcomp.field.algC]
    isComplex [mod, in mathcomp.field.algC]
    isComplex.axioms [abbrev, in mathcomp.field.algC]
    isComplex.axioms_ [rec, in mathcomp.field.algC]
    isComplex.Build [abbrev, in mathcomp.field.algC]
    isComplex.conj [proj, in mathcomp.field.algC]
    isComplex.conj_nt [proj, in mathcomp.field.algC]
    isComplex.conjK [proj, in mathcomp.field.algC]
    isComplex.Exports [mod, in mathcomp.field.algC]
    isComplex.phant_axioms [def, in mathcomp.field.algC]
    isComplex.phant_Build [def, in mathcomp.field.algC]
    isContent [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isContent [mod, in mathcomp.analysis.measure_theory.measure_function]
    isContent.axioms [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isContent.axioms_ [rec, in mathcomp.analysis.measure_theory.measure_function]
    isContent.Build [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isContent.Exports [mod, in mathcomp.analysis.measure_theory.measure_function]
    isContent.identity_builder [def, in mathcomp.analysis.measure_theory.measure_function]
    isContent.measure_ge0 [proj, in mathcomp.analysis.measure_theory.measure_function]
    isContent.measure_semi_additive [proj, in mathcomp.analysis.measure_theory.measure_function]
    isContent.phant_axioms [def, in mathcomp.analysis.measure_theory.measure_function]
    isContent.phant_Build [def, in mathcomp.analysis.measure_theory.measure_function]
    isContinuous [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isContinuous [mod, in mathcomp.analysis.topology_theory.topology_structure]
    isContinuous.axioms [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isContinuous.axioms_ [rec, in mathcomp.analysis.topology_theory.topology_structure]
    isContinuous.Build [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isContinuous.cts_fun [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isContinuous.Exports [mod, in mathcomp.analysis.topology_theory.topology_structure]
    isContinuous.identity_builder [def, in mathcomp.analysis.topology_theory.topology_structure]
    isContinuous.phant_axioms [def, in mathcomp.analysis.topology_theory.topology_structure]
    isContinuous.phant_Build [def, in mathcomp.analysis.topology_theory.topology_structure]
    isConvexSpace [abbrev, in mathcomp.analysis.convex]
    isConvexSpace [mod, in mathcomp.analysis.convex]
    isConvexSpace.axioms [abbrev, in mathcomp.analysis.convex]
    isConvexSpace.axioms_ [rec, in mathcomp.analysis.convex]
    isConvexSpace.Build [abbrev, in mathcomp.analysis.convex]
    isConvexSpace.conv [proj, in mathcomp.analysis.convex]
    isConvexSpace.conv1 [proj, in mathcomp.analysis.convex]
    isConvexSpace.convA [proj, in mathcomp.analysis.convex]
    isConvexSpace.convC [proj, in mathcomp.analysis.convex]
    isConvexSpace.convmm [proj, in mathcomp.analysis.convex]
    isConvexSpace.Exports [mod, in mathcomp.analysis.convex]
    isConvexSpace.identity_builder [def, in mathcomp.analysis.convex]
    isConvexSpace.phant_axioms [def, in mathcomp.analysis.convex]
    isConvexSpace.phant_Build [def, in mathcomp.analysis.convex]
    isCountable [abbrev, in mathcomp.boot.choice]
    isCountable [mod, in mathcomp.boot.choice]
    isCountable.axioms [abbrev, in mathcomp.boot.choice]
    isCountable.axioms_ [rec, in mathcomp.boot.choice]
    isCountable.Build [abbrev, in mathcomp.boot.choice]
    isCountable.Exports [mod, in mathcomp.boot.choice]
    isCountable.phant_axioms [def, in mathcomp.boot.choice]
    isCountable.phant_Build [def, in mathcomp.boot.choice]
    isCountable.pickle [proj, in mathcomp.boot.choice]
    isCountable.pickleK [proj, in mathcomp.boot.choice]
    isCountable.unpickle [proj, in mathcomp.boot.choice]
    isCumulative [abbrev, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulative [mod, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulative.axioms [abbrev, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulative.axioms_ [rec, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulative.Build [abbrev, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulative.cumulative_is_nondecreasing [proj, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulative.cumulative_is_right_continuous [proj, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulative.Exports [mod, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulative.identity_builder [def, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulative.phant_axioms [def, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulative.phant_Build [def, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded [abbrev, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded [mod, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded.axioms [abbrev, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded.axioms_ [rec, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded.Build [abbrev, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded.cumulativeNy [proj, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded.cumulativey [proj, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded.Exports [mod, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded.identity_builder [def, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded.phant_axioms [def, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isCumulativeBounded.phant_Build [def, in mathcomp.analysis.lebesgue_stieltjes_measure]
    isDotProduct [abbrev, in mathcomp.algebra.sesquilinear]
    isDotProduct [mod, in mathcomp.algebra.sesquilinear]
    isDotProduct.axioms [abbrev, in mathcomp.algebra.sesquilinear]
    isDotProduct.axioms_ [rec, in mathcomp.algebra.sesquilinear]
    isDotProduct.Build [abbrev, in mathcomp.algebra.sesquilinear]
    isDotProduct.Exports [mod, in mathcomp.algebra.sesquilinear]
    isDotProduct.identity_builder [def, in mathcomp.algebra.sesquilinear]
    isDotProduct.neq0_dnorm_gt0 [proj, in mathcomp.algebra.sesquilinear]
    isDotProduct.phant_axioms [def, in mathcomp.algebra.sesquilinear]
    isDotProduct.phant_Build [def, in mathcomp.algebra.sesquilinear]
    isEmpty [abbrev, in mathcomp.classical.classical_sets]
    isEmpty [mod, in mathcomp.classical.classical_sets]
    isEmpty.axiom [proj, in mathcomp.classical.classical_sets]
    isEmpty.axioms [abbrev, in mathcomp.classical.classical_sets]
    isEmpty.axioms_ [rec, in mathcomp.classical.classical_sets]
    isEmpty.Build [abbrev, in mathcomp.classical.classical_sets]
    isEmpty.Exports [mod, in mathcomp.classical.classical_sets]
    isEmpty.identity_builder [def, in mathcomp.classical.classical_sets]
    isEmpty.phant_axioms [def, in mathcomp.classical.classical_sets]
    isEmpty.phant_Build [def, in mathcomp.classical.classical_sets]
    isEqQuotient [abbrev, in mathcomp.boot.generic_quotient]
    isEqQuotient [mod, in mathcomp.boot.generic_quotient]
    isEqQuotient.axioms [abbrev, in mathcomp.boot.generic_quotient]
    isEqQuotient.axioms_ [rec, in mathcomp.boot.generic_quotient]
    isEqQuotient.Build [abbrev, in mathcomp.boot.generic_quotient]
    isEqQuotient.Exports [mod, in mathcomp.boot.generic_quotient]
    isEqQuotient.identity_builder [def, in mathcomp.boot.generic_quotient]
    isEqQuotient.phant_axioms [def, in mathcomp.boot.generic_quotient]
    isEqQuotient.phant_Build [def, in mathcomp.boot.generic_quotient]
    isEqQuotient.pi_eq_quot [proj, in mathcomp.boot.generic_quotient]
    isFiltered [abbrev, in mathcomp.classical.filter]
    isFiltered [mod, in mathcomp.classical.filter]
    isFiltered.axioms [abbrev, in mathcomp.classical.filter]
    isFiltered.axioms_ [rec, in mathcomp.classical.filter]
    isFiltered.Build [abbrev, in mathcomp.classical.filter]
    isFiltered.Exports [mod, in mathcomp.classical.filter]
    isFiltered.identity_builder [def, in mathcomp.classical.filter]
    isFiltered.nbhs [proj, in mathcomp.classical.filter]
    isFiltered.phant_axioms [def, in mathcomp.classical.filter]
    isFiltered.phant_Build [def, in mathcomp.classical.filter]
    isFinite [abbrev, in mathcomp.boot.fintype]
    isFinite [mod, in mathcomp.boot.fintype]
    isFinite [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isFinite [mod, in mathcomp.analysis.measure_theory.measure_function]
    isFinite.axioms [abbrev, in mathcomp.boot.fintype]
    isFinite.axioms [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isFinite.axioms_ [rec, in mathcomp.boot.fintype]
    isFinite.axioms_ [rec, in mathcomp.analysis.measure_theory.measure_function]
    isFinite.Build [abbrev, in mathcomp.boot.fintype]
    isFinite.Build [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isFinite.enum_subdef [proj, in mathcomp.boot.fintype]
    isFinite.enumP_subdef [proj, in mathcomp.boot.fintype]
    isFinite.Exports [mod, in mathcomp.boot.fintype]
    isFinite.Exports [mod, in mathcomp.analysis.measure_theory.measure_function]
    isFinite.fin_num_measure [proj, in mathcomp.analysis.measure_theory.measure_function]
    isFinite.identity_builder [def, in mathcomp.boot.fintype]
    isFinite.identity_builder [def, in mathcomp.analysis.measure_theory.measure_function]
    isFinite.phant_axioms [def, in mathcomp.boot.fintype]
    isFinite.phant_axioms [def, in mathcomp.analysis.measure_theory.measure_function]
    isFinite.phant_Build [def, in mathcomp.boot.fintype]
    isFinite.phant_Build [def, in mathcomp.analysis.measure_theory.measure_function]
    isFiniteTransition [mod, in mathcomp.analysis.kernel]
    isFiniteTransition [abbrev, in mathcomp.analysis.kernel]
    isFiniteTransition.Build [abbrev, in mathcomp.analysis.kernel]
    isFiniteTransitionKernel [abbrev, in mathcomp.analysis.kernel]
    isFiniteTransitionKernel [mod, in mathcomp.analysis.kernel]
    isFiniteTransitionKernel.axioms [abbrev, in mathcomp.analysis.kernel]
    isFiniteTransitionKernel.axioms_ [rec, in mathcomp.analysis.kernel]
    isFiniteTransitionKernel.Build [abbrev, in mathcomp.analysis.kernel]
    isFiniteTransitionKernel.Exports [mod, in mathcomp.analysis.kernel]
    isFiniteTransitionKernel.identity_builder [def, in mathcomp.analysis.kernel]
    isFiniteTransitionKernel.kernel_finite_transition [proj, in mathcomp.analysis.kernel]
    isFiniteTransitionKernel.phant_axioms [def, in mathcomp.analysis.kernel]
    isFiniteTransitionKernel.phant_Build [def, in mathcomp.analysis.kernel]
    isFinLebesgue [abbrev, in mathcomp.analysis.hoelder]
    isFinLebesgue [mod, in mathcomp.analysis.hoelder]
    isFinLebesgue.axioms [abbrev, in mathcomp.analysis.hoelder]
    isFinLebesgue.axioms_ [rec, in mathcomp.analysis.hoelder]
    isFinLebesgue.Build [abbrev, in mathcomp.analysis.hoelder]
    isFinLebesgue.Exports [mod, in mathcomp.analysis.hoelder]
    isFinLebesgue.identity_builder [def, in mathcomp.analysis.hoelder]
    isFinLebesgue.Lebesgue_finite [proj, in mathcomp.analysis.hoelder]
    isFinLebesgue.phant_axioms [def, in mathcomp.analysis.hoelder]
    isFinLebesgue.phant_Build [def, in mathcomp.analysis.hoelder]
    isfun [abbrev, in mathcomp.classical.functions]
    isFun [abbrev, in mathcomp.classical.functions]
    isFun [mod, in mathcomp.classical.functions]
    isFun.axioms [abbrev, in mathcomp.classical.functions]
    isFun.axioms_ [rec, in mathcomp.classical.functions]
    isFun.Build [abbrev, in mathcomp.classical.functions]
    isFun.Exports [mod, in mathcomp.classical.functions]
    isFun.funS [proj, in mathcomp.classical.functions]
    isFun.identity_builder [def, in mathcomp.classical.functions]
    isFun.phant_axioms [def, in mathcomp.classical.functions]
    isFun.phant_Build [def, in mathcomp.classical.functions]
    isGroup [abbrev, in mathcomp.boot.monoid]
    isGroup [mod, in mathcomp.boot.monoid]
    isGroup.axioms [abbrev, in mathcomp.boot.monoid]
    isGroup.axioms_ [rec, in mathcomp.boot.monoid]
    isGroup.Build [abbrev, in mathcomp.boot.monoid]
    isGroup.Exports [mod, in mathcomp.boot.monoid]
    isGroup.inv [proj, in mathcomp.boot.monoid]
    isGroup.mul [proj, in mathcomp.boot.monoid]
    isGroup.mul1g [proj, in mathcomp.boot.monoid]
    isGroup.mulg1 [proj, in mathcomp.boot.monoid]
    isGroup.mulgA [proj, in mathcomp.boot.monoid]
    isGroup.mulgV [proj, in mathcomp.boot.monoid]
    isGroup.mulVg [proj, in mathcomp.boot.monoid]
    isGroup.one [proj, in mathcomp.boot.monoid]
    isGroup.phant_axioms [def, in mathcomp.boot.monoid]
    isGroup.phant_Build [def, in mathcomp.boot.monoid]
    isGroupMorphism [abbrev, in mathcomp.boot.monoid]
    isGroupMorphism [mod, in mathcomp.boot.monoid]
    isGroupMorphism.axioms [abbrev, in mathcomp.boot.monoid]
    isGroupMorphism.axioms_ [rec, in mathcomp.boot.monoid]
    isGroupMorphism.Build [abbrev, in mathcomp.boot.monoid]
    isGroupMorphism.Exports [mod, in mathcomp.boot.monoid]
    isGroupMorphism.gmulfF [proj, in mathcomp.boot.monoid]
    isGroupMorphism.phant_axioms [def, in mathcomp.boot.monoid]
    isGroupMorphism.phant_Build [def, in mathcomp.boot.monoid]
    isgroupP [prf, in mathcomp.finite_group.fingroup]
    isHermitianSesquilinear [abbrev, in mathcomp.algebra.sesquilinear]
    isHermitianSesquilinear [mod, in mathcomp.algebra.sesquilinear]
    isHermitianSesquilinear.axioms [abbrev, in mathcomp.algebra.sesquilinear]
    isHermitianSesquilinear.axioms_ [rec, in mathcomp.algebra.sesquilinear]
    isHermitianSesquilinear.Build [abbrev, in mathcomp.algebra.sesquilinear]
    isHermitianSesquilinear.Exports [mod, in mathcomp.algebra.sesquilinear]
    isHermitianSesquilinear.identity_builder [def, in mathcomp.algebra.sesquilinear]
    isHermitianSesquilinear.phant_axioms [def, in mathcomp.algebra.sesquilinear]
    isHermitianSesquilinear.phant_Build [def, in mathcomp.algebra.sesquilinear]
    isIdealr [abbrev, in mathcomp.algebra.ring_quotient]
    isIdealr [mod, in mathcomp.algebra.ring_quotient]
    isIdealr.axioms [abbrev, in mathcomp.algebra.ring_quotient]
    isIdealr.axioms_ [rec, in mathcomp.algebra.ring_quotient]
    isIdealr.Build [abbrev, in mathcomp.algebra.ring_quotient]
    isIdealr.Exports [mod, in mathcomp.algebra.ring_quotient]
    isIdealr.phant_axioms [def, in mathcomp.algebra.ring_quotient]
    isIdealr.phant_Build [def, in mathcomp.algebra.ring_quotient]
    isint_Rceil [prf, in mathcomp.reals.reals]
    isint_Rfloor [prf, in mathcomp.reals.reals]
    isInvClosed [abbrev, in mathcomp.boot.monoid]
    isInvClosed [mod, in mathcomp.boot.monoid]
    isInvClosed.axioms [abbrev, in mathcomp.boot.monoid]
    isInvClosed.axioms_ [rec, in mathcomp.boot.monoid]
    isInvClosed.Build [abbrev, in mathcomp.boot.monoid]
    isInvClosed.Exports [mod, in mathcomp.boot.monoid]
    isInvClosed.gpredVr [proj, in mathcomp.boot.monoid]
    isInvClosed.identity_builder [def, in mathcomp.boot.monoid]
    isInvClosed.phant_axioms [def, in mathcomp.boot.monoid]
    isInvClosed.phant_Build [def, in mathcomp.boot.monoid]
    isInvolutive [abbrev, in mathcomp.algebra.sesquilinear]
    isInvolutive [mod, in mathcomp.algebra.sesquilinear]
    isInvolutive.axioms [abbrev, in mathcomp.algebra.sesquilinear]
    isInvolutive.axioms_ [rec, in mathcomp.algebra.sesquilinear]
    isInvolutive.Build [abbrev, in mathcomp.algebra.sesquilinear]
    isInvolutive.Exports [mod, in mathcomp.algebra.sesquilinear]
    isInvolutive.identity_builder [def, in mathcomp.algebra.sesquilinear]
    isInvolutive.phant_axioms [def, in mathcomp.algebra.sesquilinear]
    isInvolutive.phant_Build [def, in mathcomp.algebra.sesquilinear]
    isKernel [abbrev, in mathcomp.analysis.kernel]
    isKernel [mod, in mathcomp.analysis.kernel]
    isKernel.axioms [abbrev, in mathcomp.analysis.kernel]
    isKernel.axioms_ [rec, in mathcomp.analysis.kernel]
    isKernel.Build [abbrev, in mathcomp.analysis.kernel]
    isKernel.Exports [mod, in mathcomp.analysis.kernel]
    isKernel.identity_builder [def, in mathcomp.analysis.kernel]
    isKernel.measurable_kernel [proj, in mathcomp.analysis.kernel]
    isKernel.phant_axioms [def, in mathcomp.analysis.kernel]
    isKernel.phant_Build [def, in mathcomp.analysis.kernel]
    isLfunction [abbrev, in mathcomp.analysis.hoelder]
    isLfunction [mod, in mathcomp.analysis.hoelder]
    isLfunction.axioms [abbrev, in mathcomp.analysis.hoelder]
    isLfunction.axioms_ [rec, in mathcomp.analysis.hoelder]
    isLfunction.Build [abbrev, in mathcomp.analysis.hoelder]
    isLfunction.Exports [mod, in mathcomp.analysis.hoelder]
    isLfunction.identity_builder [def, in mathcomp.analysis.hoelder]
    isLfunction.Lfunction_finite [proj, in mathcomp.analysis.hoelder]
    isLfunction.phant_axioms [def, in mathcomp.analysis.hoelder]
    isLfunction.phant_Build [def, in mathcomp.analysis.hoelder]
    isLub [def, in mathcomp.classical.classical_sets]
    isMeasurable [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable.axioms [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable.axioms_ [rec, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable.Build [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable.Exports [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable.measurable [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable.measurable0 [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable.measurable_bigcup [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable.measurableC [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable.phant_axioms [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurable.phant_Build [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isMeasurableFun [abbrev, in mathcomp.analysis.measure_theory.measurable_function]
    isMeasurableFun [mod, in mathcomp.analysis.measure_theory.measurable_function]
    isMeasurableFun.axioms [abbrev, in mathcomp.analysis.measure_theory.measurable_function]
    isMeasurableFun.axioms_ [rec, in mathcomp.analysis.measure_theory.measurable_function]
    isMeasurableFun.Build [abbrev, in mathcomp.analysis.measure_theory.measurable_function]
    isMeasurableFun.Exports [mod, in mathcomp.analysis.measure_theory.measurable_function]
    isMeasurableFun.identity_builder [def, in mathcomp.analysis.measure_theory.measurable_function]
    isMeasurableFun.measurable_funPT [proj, in mathcomp.analysis.measure_theory.measurable_function]
    isMeasurableFun.phant_axioms [def, in mathcomp.analysis.measure_theory.measurable_function]
    isMeasurableFun.phant_Build [def, in mathcomp.analysis.measure_theory.measurable_function]
    isMeasure [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isMeasure [mod, in mathcomp.analysis.measure_theory.measure_function]
    isMeasure.axioms [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isMeasure.axioms_ [rec, in mathcomp.analysis.measure_theory.measure_function]
    isMeasure.Build [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isMeasure.Exports [mod, in mathcomp.analysis.measure_theory.measure_function]
    isMeasure.measure0 [proj, in mathcomp.analysis.measure_theory.measure_function]
    isMeasure.measure_ge0 [proj, in mathcomp.analysis.measure_theory.measure_function]
    isMeasure.measure_semi_sigma_additive [proj, in mathcomp.analysis.measure_theory.measure_function]
    isMeasure.phant_axioms [def, in mathcomp.analysis.measure_theory.measure_function]
    isMeasure.phant_Build [def, in mathcomp.analysis.measure_theory.measure_function]
    isMeasureFamUub [abbrev, in mathcomp.analysis.kernel]
    isMeasureFamUub [mod, in mathcomp.analysis.kernel]
    isMeasureFamUub.axioms [abbrev, in mathcomp.analysis.kernel]
    isMeasureFamUub.axioms_ [rec, in mathcomp.analysis.kernel]
    isMeasureFamUub.Build [abbrev, in mathcomp.analysis.kernel]
    isMeasureFamUub.Exports [mod, in mathcomp.analysis.kernel]
    isMeasureFamUub.identity_builder [def, in mathcomp.analysis.kernel]
    isMeasureFamUub.measure_uub [proj, in mathcomp.analysis.kernel]
    isMeasureFamUub.phant_axioms [def, in mathcomp.analysis.kernel]
    isMeasureFamUub.phant_Build [def, in mathcomp.analysis.kernel]
    isMetric [abbrev, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric [mod, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.axioms [abbrev, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.axioms_ [rec, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.Build [abbrev, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.Exports [mod, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.mdist [proj, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.mdist_positivity [proj, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.mdist_sym [proj, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.mdist_triangle [proj, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.mdistxx [proj, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.phant_axioms [def, in mathcomp.analysis.topology_theory.metric_structure]
    isMetric.phant_Build [def, in mathcomp.analysis.topology_theory.metric_structure]
    isMonoid [abbrev, in mathcomp.boot.monoid]
    isMonoid [mod, in mathcomp.boot.monoid]
    isMonoid.axioms [abbrev, in mathcomp.boot.monoid]
    isMonoid.axioms_ [rec, in mathcomp.boot.monoid]
    isMonoid.Build [abbrev, in mathcomp.boot.monoid]
    isMonoid.Exports [mod, in mathcomp.boot.monoid]
    isMonoid.mul [proj, in mathcomp.boot.monoid]
    isMonoid.mul1g [proj, in mathcomp.boot.monoid]
    isMonoid.mulg1 [proj, in mathcomp.boot.monoid]
    isMonoid.mulgA [proj, in mathcomp.boot.monoid]
    isMonoid.one [proj, in mathcomp.boot.monoid]
    isMonoid.phant_axioms [def, in mathcomp.boot.monoid]
    isMonoid.phant_Build [def, in mathcomp.boot.monoid]
    isMul1Closed [abbrev, in mathcomp.boot.monoid]
    isMul1Closed [mod, in mathcomp.boot.monoid]
    isMul1Closed.axioms [abbrev, in mathcomp.boot.monoid]
    isMul1Closed.axioms_ [rec, in mathcomp.boot.monoid]
    isMul1Closed.Build [abbrev, in mathcomp.boot.monoid]
    isMul1Closed.Exports [mod, in mathcomp.boot.monoid]
    isMul1Closed.gpred1 [proj, in mathcomp.boot.monoid]
    isMul1Closed.identity_builder [def, in mathcomp.boot.monoid]
    isMul1Closed.phant_axioms [def, in mathcomp.boot.monoid]
    isMul1Closed.phant_Build [def, in mathcomp.boot.monoid]
    isMulBaseGroup [abbrev, in mathcomp.finite_group.fingroup]
    isMulBaseGroup [mod, in mathcomp.finite_group.fingroup]
    isMulBaseGroup.Build [abbrev, in mathcomp.finite_group.fingroup]
    isMulClosed [abbrev, in mathcomp.boot.monoid]
    isMulClosed [mod, in mathcomp.boot.monoid]
    isMulClosed.axioms [abbrev, in mathcomp.boot.monoid]
    isMulClosed.axioms_ [rec, in mathcomp.boot.monoid]
    isMulClosed.Build [abbrev, in mathcomp.boot.monoid]
    isMulClosed.Exports [mod, in mathcomp.boot.monoid]
    isMulClosed.gpredM [proj, in mathcomp.boot.monoid]
    isMulClosed.identity_builder [def, in mathcomp.boot.monoid]
    isMulClosed.phant_axioms [def, in mathcomp.boot.monoid]
    isMulClosed.phant_Build [def, in mathcomp.boot.monoid]
    isMulGroup [abbrev, in mathcomp.finite_group.fingroup]
    isMulGroup [mod, in mathcomp.finite_group.fingroup]
    isMulGroup.Build [abbrev, in mathcomp.finite_group.fingroup]
    isMultiplicative [abbrev, in mathcomp.boot.monoid]
    isMultiplicative [mod, in mathcomp.boot.monoid]
    isMultiplicative.axioms [abbrev, in mathcomp.boot.monoid]
    isMultiplicative.axioms_ [rec, in mathcomp.boot.monoid]
    isMultiplicative.Build [abbrev, in mathcomp.boot.monoid]
    isMultiplicative.Exports [mod, in mathcomp.boot.monoid]
    isMultiplicative.gmulfM [proj, in mathcomp.boot.monoid]
    isMultiplicative.identity_builder [def, in mathcomp.boot.monoid]
    isMultiplicative.phant_axioms [def, in mathcomp.boot.monoid]
    isMultiplicative.phant_Build [def, in mathcomp.boot.monoid]
    isMxvecIndex [constr, in mathcomp.algebra.matrix]
    IsNonneg [constr, in mathcomp.reals.signed]
    IsNonneg [constr, in mathcomp.algebra.interval_inference]
    isNonNegFun [abbrev, in mathcomp.analysis.numfun]
    isNonNegFun [mod, in mathcomp.analysis.numfun]
    isNonNegFun.axioms [abbrev, in mathcomp.analysis.numfun]
    isNonNegFun.axioms_ [rec, in mathcomp.analysis.numfun]
    isNonNegFun.Build [abbrev, in mathcomp.analysis.numfun]
    isNonNegFun.Exports [mod, in mathcomp.analysis.numfun]
    isNonNegFun.fun_ge0 [proj, in mathcomp.analysis.numfun]
    isNonNegFun.identity_builder [def, in mathcomp.analysis.numfun]
    isNonNegFun.phant_axioms [def, in mathcomp.analysis.numfun]
    isNonNegFun.phant_Build [def, in mathcomp.analysis.numfun]
    isNzRingQuotient [abbrev, in mathcomp.algebra.ring_quotient]
    isNzRingQuotient [mod, in mathcomp.algebra.ring_quotient]
    isNzRingQuotient.axioms [abbrev, in mathcomp.algebra.ring_quotient]
    isNzRingQuotient.axioms_ [rec, in mathcomp.algebra.ring_quotient]
    isNzRingQuotient.Build [abbrev, in mathcomp.algebra.ring_quotient]
    isNzRingQuotient.Exports [mod, in mathcomp.algebra.ring_quotient]
    isNzRingQuotient.identity_builder [def, in mathcomp.algebra.ring_quotient]
    isNzRingQuotient.phant_axioms [def, in mathcomp.algebra.ring_quotient]
    isNzRingQuotient.phant_Build [def, in mathcomp.algebra.ring_quotient]
    isNzRingQuotient.pi_mulr [proj, in mathcomp.algebra.ring_quotient]
    isNzRingQuotient.pi_oner [proj, in mathcomp.algebra.ring_quotient]
    iso0_1 [prf, in mathcomp.solvable.burnside_app]
    iso2_group [def, in mathcomp.solvable.burnside_app]
    iso3 [def, in mathcomp.solvable.burnside_app]
    iso3_ndir [prf, in mathcomp.solvable.burnside_app]
    iso3l [def, in mathcomp.solvable.burnside_app]
    iso_eq_F0_F1 [prf, in mathcomp.solvable.burnside_app]
    iso_eq_F0_F1_F2 [prf, in mathcomp.solvable.burnside_app]
    iso_group [def, in mathcomp.solvable.burnside_app]
    iso_group3 [def, in mathcomp.solvable.burnside_app]
    isob [abbrev, in mathcomp.solvable.center]
    isog [def, in mathcomp.finite_group.morphism]
    isog_2extraspecial [prf, in mathcomp.solvable.extraspecial]
    isog_2X1p2 [prf, in mathcomp.solvable.extraspecial]
    isog_abelem [prf, in mathcomp.solvable.abelian]
    isog_abelem_card [prf, in mathcomp.solvable.abelian]
    isog_abelian [prf, in mathcomp.finite_group.morphism]
    isog_abelian_type [prf, in mathcomp.solvable.abelian]
    isog_center [prf, in mathcomp.solvable.center]
    isog_cprod_by [prf, in mathcomp.solvable.center]
    isog_cyclic [prf, in mathcomp.solvable.cyclic]
    isog_cyclic_card [prf, in mathcomp.solvable.cyclic]
    isog_der [prf, in mathcomp.solvable.commutator]
    isog_dprod [prf, in mathcomp.finite_group.gproduct]
    isog_eq1 [prf, in mathcomp.finite_group.morphism]
    isog_extraspecial [prf, in mathcomp.solvable.maximal]
    isog_Fitting [prf, in mathcomp.solvable.maximal]
    isog_grank [prf, in mathcomp.solvable.abelian]
    isog_hom [prf, in mathcomp.finite_group.morphism]
    isog_homocyclic [prf, in mathcomp.solvable.abelian]
    isog_isom [prf, in mathcomp.finite_group.morphism]
    isog_Mho [prf, in mathcomp.solvable.abelian]
    isog_nil [prf, in mathcomp.solvable.nilpotent]
    isog_nil_class [prf, in mathcomp.solvable.nilpotent]
    isog_Ohm [prf, in mathcomp.solvable.abelian]
    isog_p_rank [prf, in mathcomp.solvable.abelian]
    isog_pcore [prf, in mathcomp.solvable.pgroup]
    isog_pgroup [prf, in mathcomp.solvable.pgroup]
    isog_Phi [prf, in mathcomp.solvable.maximal]
    isog_pseries [prf, in mathcomp.solvable.pgroup]
    isog_pX1p2 [prf, in mathcomp.solvable.extraspecial]
    isog_pX1p2n [prf, in mathcomp.solvable.extraspecial]
    isog_rank [prf, in mathcomp.solvable.abelian]
    isog_refl [prf, in mathcomp.finite_group.morphism]
    isog_set1X [prf, in mathcomp.finite_group.gproduct]
    isog_setX1 [prf, in mathcomp.finite_group.gproduct]
    isog_setXn [prf, in mathcomp.finite_group.gproduct]
    isog_simple [prf, in mathcomp.solvable.gseries]
    isog_sol [prf, in mathcomp.solvable.nilpotent]
    isog_special [prf, in mathcomp.solvable.maximal]
    isog_subg [prf, in mathcomp.finite_group.morphism]
    isog_sym [prf, in mathcomp.finite_group.morphism]
    isog_symr [prf, in mathcomp.finite_group.morphism]
    isog_trans [prf, in mathcomp.finite_group.morphism]
    isog_transl [prf, in mathcomp.finite_group.morphism]
    isog_transr [prf, in mathcomp.finite_group.morphism]
    isog_xcprod [prf, in mathcomp.solvable.center]
    isogEcard [prf, in mathcomp.finite_group.morphism]
    isogEhom [prf, in mathcomp.finite_group.morphism]
    isogP [prf, in mathcomp.finite_group.morphism]
    isoGrp_hom [prf, in mathcomp.finite_group.presentation]
    isoGrp_trans [prf, in mathcomp.finite_group.presentation]
    isoGrpP [prf, in mathcomp.finite_group.presentation]
    isolated [def, in mathcomp.analysis.topology_theory.topology_structure]
    isolated_rat_ball [prf, in mathcomp.analysis.normedtype_theory.normed_module]
    isolatedS [prf, in mathcomp.analysis.topology_theory.topology_structure]
    isom [def, in mathcomp.finite_group.morphism]
    isom_card [prf, in mathcomp.finite_group.morphism]
    isom_cast_perm [prf, in mathcomp.finite_group.perm]
    isom_im [prf, in mathcomp.finite_group.morphism]
    isom_inj [prf, in mathcomp.finite_group.morphism]
    isom_inv [def, in mathcomp.finite_group.morphism]
    isom_isog [prf, in mathcomp.finite_group.morphism]
    isom_restr_perm [prf, in mathcomp.finite_group.action]
    isom_sgval [prf, in mathcomp.finite_group.morphism]
    isom_sub_im [prf, in mathcomp.finite_group.morphism]
    isom_subg [prf, in mathcomp.finite_group.morphism]
    isom_sym [prf, in mathcomp.finite_group.morphism]
    isometries [def, in mathcomp.solvable.burnside_app]
    isometries2 [def, in mathcomp.solvable.burnside_app]
    isometries_iso [prf, in mathcomp.solvable.burnside_app]
    isometry [def, in mathcomp.algebra.sesquilinear]
    isometry_from_to [def, in mathcomp.algebra.sesquilinear]
    isometry_of_dnorm [prf, in mathcomp.algebra.sesquilinear]
    isometry_of_free [prf, in mathcomp.algebra.sesquilinear]
    isometry_raddf_inj [prf, in mathcomp.algebra.sesquilinear]
    isomP [prf, in mathcomp.finite_group.morphism]
    isOpenTopological [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological [mod, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological.axioms [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological.axioms_ [rec, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological.Build [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological.Exports [mod, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological.op [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological.op_bigU [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological.opI [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological.opT [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological.phant_axioms [def, in mathcomp.analysis.topology_theory.topology_structure]
    isOpenTopological.phant_Build [def, in mathcomp.analysis.topology_theory.topology_structure]
    isOuterMeasure [abbrev, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure [mod, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.axioms [abbrev, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.axioms_ [rec, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.Build [abbrev, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.Exports [mod, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.identity_builder [def, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.le_outer_measure [proj, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.outer_measure0 [proj, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.outer_measure_ge0 [proj, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.outer_measure_sigma_subadditive [proj, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.phant_axioms [def, in mathcomp.analysis.measure_theory.measure_extension]
    isOuterMeasure.phant_Build [def, in mathcomp.analysis.measure_theory.measure_extension]
    isPath [abbrev, in mathcomp.analysis.homotopy_theory.continuous_path]
    isPath [mod, in mathcomp.analysis.homotopy_theory.continuous_path]
    isPath.axioms [abbrev, in mathcomp.analysis.homotopy_theory.continuous_path]
    isPath.axioms_ [rec, in mathcomp.analysis.homotopy_theory.continuous_path]
    isPath.Build [abbrev, in mathcomp.analysis.homotopy_theory.continuous_path]
    isPath.Exports [mod, in mathcomp.analysis.homotopy_theory.continuous_path]
    isPath.identity_builder [def, in mathcomp.analysis.homotopy_theory.continuous_path]
    isPath.path_one [proj, in mathcomp.analysis.homotopy_theory.continuous_path]
    isPath.path_zero [proj, in mathcomp.analysis.homotopy_theory.continuous_path]
    isPath.phant_axioms [def, in mathcomp.analysis.homotopy_theory.continuous_path]
    isPath.phant_Build [def, in mathcomp.analysis.homotopy_theory.continuous_path]
    IsPinftyNonnege [constr, in mathcomp.reals.constructive_ereal]
    IsPinftyPosnume [constr, in mathcomp.reals.constructive_ereal]
    isPointed [abbrev, in mathcomp.classical.classical_sets]
    isPointed [mod, in mathcomp.classical.classical_sets]
    isPointed.axioms [abbrev, in mathcomp.classical.classical_sets]
    isPointed.axioms_ [rec, in mathcomp.classical.classical_sets]
    isPointed.Build [abbrev, in mathcomp.classical.classical_sets]
    isPointed.Exports [mod, in mathcomp.classical.classical_sets]
    isPointed.identity_builder [def, in mathcomp.classical.classical_sets]
    isPointed.phant_axioms [def, in mathcomp.classical.classical_sets]
    isPointed.phant_Build [def, in mathcomp.classical.classical_sets]
    isPointed.point [proj, in mathcomp.classical.classical_sets]
    IsPosnum [constr, in mathcomp.reals.signed]
    IsPosnum [constr, in mathcomp.algebra.interval_inference]
    isPrimeIdealrClosed [abbrev, in mathcomp.algebra.ring_quotient]
    isPrimeIdealrClosed [mod, in mathcomp.algebra.ring_quotient]
    isPrimeIdealrClosed.axioms [abbrev, in mathcomp.algebra.ring_quotient]
    isPrimeIdealrClosed.axioms_ [rec, in mathcomp.algebra.ring_quotient]
    isPrimeIdealrClosed.Build [abbrev, in mathcomp.algebra.ring_quotient]
    isPrimeIdealrClosed.Exports [mod, in mathcomp.algebra.ring_quotient]
    isPrimeIdealrClosed.identity_builder [def, in mathcomp.algebra.ring_quotient]
    isPrimeIdealrClosed.phant_axioms [def, in mathcomp.algebra.ring_quotient]
    isPrimeIdealrClosed.phant_Build [def, in mathcomp.algebra.ring_quotient]
    isProbability [abbrev, in mathcomp.analysis.measure_theory.probability_measure]
    isProbability [mod, in mathcomp.analysis.measure_theory.probability_measure]
    isProbability.axioms [abbrev, in mathcomp.analysis.measure_theory.probability_measure]
    isProbability.axioms_ [rec, in mathcomp.analysis.measure_theory.probability_measure]
    isProbability.Build [abbrev, in mathcomp.analysis.measure_theory.probability_measure]
    isProbability.Exports [mod, in mathcomp.analysis.measure_theory.probability_measure]
    isProbability.identity_builder [def, in mathcomp.analysis.measure_theory.probability_measure]
    isProbability.phant_axioms [def, in mathcomp.analysis.measure_theory.probability_measure]
    isProbability.phant_Build [def, in mathcomp.analysis.measure_theory.probability_measure]
    isProbability.probability_setT [proj, in mathcomp.analysis.measure_theory.probability_measure]
    isProbabilityKernel [abbrev, in mathcomp.analysis.kernel]
    isProbabilityKernel [mod, in mathcomp.analysis.kernel]
    isProbabilityKernel.axioms [abbrev, in mathcomp.analysis.kernel]
    isProbabilityKernel.axioms_ [rec, in mathcomp.analysis.kernel]
    isProbabilityKernel.Build [abbrev, in mathcomp.analysis.kernel]
    isProbabilityKernel.Exports [mod, in mathcomp.analysis.kernel]
    isProbabilityKernel.identity_builder [def, in mathcomp.analysis.kernel]
    isProbabilityKernel.phant_axioms [def, in mathcomp.analysis.kernel]
    isProbabilityKernel.phant_Build [def, in mathcomp.analysis.kernel]
    isProbabilityKernel.prob_kernel [proj, in mathcomp.analysis.kernel]
    isProperIdeal [abbrev, in mathcomp.algebra.ring_quotient]
    isProperIdeal [mod, in mathcomp.algebra.ring_quotient]
    isProperIdeal.axioms [abbrev, in mathcomp.algebra.ring_quotient]
    isProperIdeal.axioms_ [rec, in mathcomp.algebra.ring_quotient]
    isProperIdeal.Build [abbrev, in mathcomp.algebra.ring_quotient]
    isProperIdeal.Exports [mod, in mathcomp.algebra.ring_quotient]
    isProperIdeal.identity_builder [def, in mathcomp.algebra.ring_quotient]
    isProperIdeal.phant_axioms [def, in mathcomp.algebra.ring_quotient]
    isProperIdeal.phant_Build [def, in mathcomp.algebra.ring_quotient]
    isQuotient [abbrev, in mathcomp.boot.generic_quotient]
    isQuotient [mod, in mathcomp.boot.generic_quotient]
    isQuotient.axioms [abbrev, in mathcomp.boot.generic_quotient]
    isQuotient.axioms_ [rec, in mathcomp.boot.generic_quotient]
    isQuotient.Build [abbrev, in mathcomp.boot.generic_quotient]
    isQuotient.Exports [mod, in mathcomp.boot.generic_quotient]
    isQuotient.identity_builder [def, in mathcomp.boot.generic_quotient]
    isQuotient.phant_axioms [def, in mathcomp.boot.generic_quotient]
    isQuotient.phant_Build [def, in mathcomp.boot.generic_quotient]
    isQuotient.quot_pi_subdef [proj, in mathcomp.boot.generic_quotient]
    isQuotient.repr_of [proj, in mathcomp.boot.generic_quotient]
    IsRealNonnege [constr, in mathcomp.reals.constructive_ereal]
    IsRealPosnume [constr, in mathcomp.reals.constructive_ereal]
    isRingOfSets [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets.axioms [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets.axioms_ [rec, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets.Build [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets.Exports [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets.measurable [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets.measurable0 [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets.measurableD [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets.measurableU [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets.phant_axioms [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets.phant_Build [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY.axioms [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY.axioms_ [rec, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY.Build [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY.Exports [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY.measurable [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY.measurable_nonempty [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY.measurable_setI [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY.measurable_setY [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY.phant_axioms [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingOfSets_setY.phant_Build [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isRingQuotient [abbrev, in mathcomp.algebra.ring_quotient]
    isRingQuotient [mod, in mathcomp.algebra.ring_quotient]
    isRingQuotient.Build [abbrev, in mathcomp.algebra.ring_quotient]
    isSemigroup [abbrev, in mathcomp.boot.monoid]
    isSemigroup [mod, in mathcomp.boot.monoid]
    isSemigroup.axioms [abbrev, in mathcomp.boot.monoid]
    isSemigroup.axioms_ [rec, in mathcomp.boot.monoid]
    isSemigroup.Build [abbrev, in mathcomp.boot.monoid]
    isSemigroup.Exports [mod, in mathcomp.boot.monoid]
    isSemigroup.mul [proj, in mathcomp.boot.monoid]
    isSemigroup.mulgA [proj, in mathcomp.boot.monoid]
    isSemigroup.phant_axioms [def, in mathcomp.boot.monoid]
    isSemigroup.phant_Build [def, in mathcomp.boot.monoid]
    isSemiRingOfSets [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.axioms [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.axioms_ [rec, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.Build [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.Exports [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.identity_builder [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.measurable [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.measurable0 [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.measurableI [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.phant_axioms [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.phant_Build [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiRingOfSets.semi_measurableD [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isSemiSigmaAdditive [abbrev, in mathcomp.analysis.charge]
    isSemiSigmaAdditive [mod, in mathcomp.analysis.charge]
    isSemiSigmaAdditive.axioms [abbrev, in mathcomp.analysis.charge]
    isSemiSigmaAdditive.axioms_ [rec, in mathcomp.analysis.charge]
    isSemiSigmaAdditive.Build [abbrev, in mathcomp.analysis.charge]
    isSemiSigmaAdditive.charge_semi_sigma_additive [proj, in mathcomp.analysis.charge]
    isSemiSigmaAdditive.Exports [mod, in mathcomp.analysis.charge]
    isSemiSigmaAdditive.identity_builder [def, in mathcomp.analysis.charge]
    isSemiSigmaAdditive.phant_axioms [def, in mathcomp.analysis.charge]
    isSemiSigmaAdditive.phant_Build [def, in mathcomp.analysis.charge]
    isSFinite [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isSFinite [mod, in mathcomp.analysis.measure_theory.measure_function]
    isSFinite.axioms [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isSFinite.axioms_ [rec, in mathcomp.analysis.measure_theory.measure_function]
    isSFinite.Build [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isSFinite.Exports [mod, in mathcomp.analysis.measure_theory.measure_function]
    isSFinite.identity_builder [def, in mathcomp.analysis.measure_theory.measure_function]
    isSFinite.phant_axioms [def, in mathcomp.analysis.measure_theory.measure_function]
    isSFinite.phant_Build [def, in mathcomp.analysis.measure_theory.measure_function]
    isSFinite.s_finite [proj, in mathcomp.analysis.measure_theory.measure_function]
    isSFiniteKernel_subdef [abbrev, in mathcomp.analysis.kernel]
    isSFiniteKernel_subdef [mod, in mathcomp.analysis.kernel]
    isSFiniteKernel_subdef.axioms [abbrev, in mathcomp.analysis.kernel]
    isSFiniteKernel_subdef.axioms_ [rec, in mathcomp.analysis.kernel]
    isSFiniteKernel_subdef.Build [abbrev, in mathcomp.analysis.kernel]
    isSFiniteKernel_subdef.Exports [mod, in mathcomp.analysis.kernel]
    isSFiniteKernel_subdef.identity_builder [def, in mathcomp.analysis.kernel]
    isSFiniteKernel_subdef.phant_axioms [def, in mathcomp.analysis.kernel]
    isSFiniteKernel_subdef.phant_Build [def, in mathcomp.analysis.kernel]
    isSFiniteKernel_subdef.sfinite_kernel_subdef [proj, in mathcomp.analysis.kernel]
    isSigmaFinite [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isSigmaFinite [mod, in mathcomp.analysis.measure_theory.measure_function]
    isSigmaFinite.axioms [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isSigmaFinite.axioms_ [rec, in mathcomp.analysis.measure_theory.measure_function]
    isSigmaFinite.Build [abbrev, in mathcomp.analysis.measure_theory.measure_function]
    isSigmaFinite.Exports [mod, in mathcomp.analysis.measure_theory.measure_function]
    isSigmaFinite.identity_builder [def, in mathcomp.analysis.measure_theory.measure_function]
    isSigmaFinite.phant_axioms [def, in mathcomp.analysis.measure_theory.measure_function]
    isSigmaFinite.phant_Build [def, in mathcomp.analysis.measure_theory.measure_function]
    isSigmaFinite.sigma_finiteT [proj, in mathcomp.analysis.measure_theory.measure_function]
    isSigmaFiniteTransitionKernel [abbrev, in mathcomp.analysis.kernel]
    isSigmaFiniteTransitionKernel [mod, in mathcomp.analysis.kernel]
    isSigmaFiniteTransitionKernel.axioms [abbrev, in mathcomp.analysis.kernel]
    isSigmaFiniteTransitionKernel.axioms_ [rec, in mathcomp.analysis.kernel]
    isSigmaFiniteTransitionKernel.Build [abbrev, in mathcomp.analysis.kernel]
    isSigmaFiniteTransitionKernel.Exports [mod, in mathcomp.analysis.kernel]
    isSigmaFiniteTransitionKernel.identity_builder [def, in mathcomp.analysis.kernel]
    isSigmaFiniteTransitionKernel.kernel_sigma_finite [proj, in mathcomp.analysis.kernel]
    isSigmaFiniteTransitionKernel.phant_axioms [def, in mathcomp.analysis.kernel]
    isSigmaFiniteTransitionKernel.phant_Build [def, in mathcomp.analysis.kernel]
    isSigmaRing [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing.axioms [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing.axioms_ [rec, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing.bigcupT_measurable [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing.Build [abbrev, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing.Exports [mod, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing.measurable [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing.measurable0 [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing.measurableD [proj, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing.phant_axioms [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isSigmaRing.phant_Build [def, in mathcomp.analysis.measure_theory.measurable_structure]
    isSome_insub [prf, in mathcomp.boot.eqtype]
    isStarMonoid [abbrev, in mathcomp.boot.monoid]
    isStarMonoid [mod, in mathcomp.boot.monoid]
    isStarMonoid.axioms [abbrev, in mathcomp.boot.monoid]
    isStarMonoid.axioms_ [rec, in mathcomp.boot.monoid]
    isStarMonoid.Build [abbrev, in mathcomp.boot.monoid]
    isStarMonoid.Exports [mod, in mathcomp.boot.monoid]
    isStarMonoid.inv [proj, in mathcomp.boot.monoid]
    isStarMonoid.invgK [proj, in mathcomp.boot.monoid]
    isStarMonoid.invgM [proj, in mathcomp.boot.monoid]
    isStarMonoid.mul [proj, in mathcomp.boot.monoid]
    isStarMonoid.mul1g [proj, in mathcomp.boot.monoid]
    isStarMonoid.mulgA [proj, in mathcomp.boot.monoid]
    isStarMonoid.one [proj, in mathcomp.boot.monoid]
    isStarMonoid.phant_axioms [def, in mathcomp.boot.monoid]
    isStarMonoid.phant_Build [def, in mathcomp.boot.monoid]
    isSub [abbrev, in mathcomp.boot.eqtype]
    isSub [mod, in mathcomp.boot.eqtype]
    isSub.axioms [abbrev, in mathcomp.boot.eqtype]
    isSub.axioms_ [rec, in mathcomp.boot.eqtype]
    isSub.Build [abbrev, in mathcomp.boot.eqtype]
    isSub.Exports [mod, in mathcomp.boot.eqtype]
    isSub.identity_builder [def, in mathcomp.boot.eqtype]
    isSub.phant_axioms [def, in mathcomp.boot.eqtype]
    isSub.phant_Build [def, in mathcomp.boot.eqtype]
    isSub.Sub [proj, in mathcomp.boot.eqtype]
    isSub.Sub_rect [proj, in mathcomp.boot.eqtype]
    isSub.val_subdef [proj, in mathcomp.boot.eqtype]
    isSubBaseTopological [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseTopological [mod, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseTopological.axioms [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseTopological.axioms_ [rec, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseTopological.b [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseTopological.Build [abbrev, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseTopological.D [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseTopological.Exports [mod, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseTopological.I [proj, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseTopological.phant_axioms [def, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseTopological.phant_Build [def, in mathcomp.analysis.topology_theory.topology_structure]
    isSubBaseUMagma [abbrev, in mathcomp.boot.monoid]
    isSubBaseUMagma [mod, in mathcomp.boot.monoid]
    isSubBaseUMagma.axioms [abbrev, in mathcomp.boot.monoid]
    isSubBaseUMagma.axioms_ [rec, in mathcomp.boot.monoid]
    isSubBaseUMagma.Build [abbrev, in mathcomp.boot.monoid]
    isSubBaseUMagma.Exports [mod, in mathcomp.boot.monoid]
    isSubBaseUMagma.identity_builder [def, in mathcomp.boot.monoid]
    isSubBaseUMagma.phant_axioms [def, in mathcomp.boot.monoid]
    isSubBaseUMagma.phant_Build [def, in mathcomp.boot.monoid]
    isSubMagma [abbrev, in mathcomp.boot.monoid]
    isSubMagma [mod, in mathcomp.boot.monoid]
    isSubMagma.axioms [abbrev, in mathcomp.boot.monoid]
    isSubMagma.axioms_ [rec, in mathcomp.boot.monoid]
    isSubMagma.Build [abbrev, in mathcomp.boot.monoid]
    isSubMagma.Exports [mod, in mathcomp.boot.monoid]
    isSubMagma.identity_builder [def, in mathcomp.boot.monoid]
    isSubMagma.phant_axioms [def, in mathcomp.boot.monoid]
    isSubMagma.phant_Build [def, in mathcomp.boot.monoid]
    isSubProbability [abbrev, in mathcomp.analysis.measure_theory.probability_measure]
    isSubProbability [mod, in mathcomp.analysis.measure_theory.probability_measure]
    isSubProbability.axioms [abbrev, in mathcomp.analysis.measure_theory.probability_measure]
    isSubProbability.axioms_ [rec, in mathcomp.analysis.measure_theory.probability_measure]
    isSubProbability.Build [abbrev, in mathcomp.analysis.measure_theory.probability_measure]
    isSubProbability.Exports [mod, in mathcomp.analysis.measure_theory.probability_measure]
    isSubProbability.identity_builder [def, in mathcomp.analysis.measure_theory.probability_measure]
    isSubProbability.phant_axioms [def, in mathcomp.analysis.measure_theory.probability_measure]
    isSubProbability.phant_Build [def, in mathcomp.analysis.measure_theory.probability_measure]
    isSubProbability.sprobability_setT [proj, in mathcomp.analysis.measure_theory.probability_measure]
    isSubProbabilityKernel [abbrev, in mathcomp.analysis.kernel]
    isSubProbabilityKernel [mod, in mathcomp.analysis.kernel]
    isSubProbabilityKernel.axioms [abbrev, in mathcomp.analysis.kernel]
    isSubProbabilityKernel.axioms_ [rec, in mathcomp.analysis.kernel]
    isSubProbabilityKernel.Build [abbrev, in mathcomp.analysis.kernel]
    isSubProbabilityKernel.Exports [mod, in mathcomp.analysis.kernel]
    isSubProbabilityKernel.identity_builder [def, in mathcomp.analysis.kernel]
    isSubProbabilityKernel.phant_axioms [def, in mathcomp.analysis.kernel]
    isSubProbabilityKernel.phant_Build [def, in mathcomp.analysis.kernel]
    isSubProbabilityKernel.sprob_kernel [proj, in mathcomp.analysis.kernel]
    isSubsetOuterMeasure [abbrev, in mathcomp.analysis.measure_theory.measure_extension]
    isSubsetOuterMeasure [mod, in mathcomp.analysis.measure_theory.measure_extension]
    isSubsetOuterMeasure.axioms [abbrev, in mathcomp.analysis.measure_theory.measure_extension]
    isSubsetOuterMeasure.axioms_ [rec, in mathcomp.analysis.measure_theory.measure_extension]
    isSubsetOuterMeasure.Build [abbrev, in mathcomp.analysis.measure_theory.measure_extension]
    isSubsetOuterMeasure.Exports [mod, in mathcomp.analysis.measure_theory.measure_extension]
    isSubsetOuterMeasure.outer_measure0 [proj, in mathcomp.analysis.measure_theory.measure_extension]
    isSubsetOuterMeasure.outer_measure_ge0 [proj, in mathcomp.analysis.measure_theory.measure_extension]
    isSubsetOuterMeasure.phant_axioms [def, in mathcomp.analysis.measure_theory.measure_extension]
    isSubsetOuterMeasure.phant_Build [def, in mathcomp.analysis.measure_theory.measure_extension]
    isSubsetOuterMeasure.subset_outer_measure_sigma_subadditive [proj, in mathcomp.analysis.measure_theory.measure_extension]
    isUMagmaMorphism [abbrev, in mathcomp.boot.monoid]
    isUMagmaMorphism [mod, in mathcomp.boot.monoid]
    isUMagmaMorphism.axioms [abbrev, in mathcomp.boot.monoid]
    isUMagmaMorphism.axioms_ [rec, in mathcomp.boot.monoid]
    isUMagmaMorphism.Build [abbrev, in mathcomp.boot.monoid]
    isUMagmaMorphism.Exports [mod, in mathcomp.boot.monoid]
    isUMagmaMorphism.phant_axioms [def, in mathcomp.boot.monoid]
    isUMagmaMorphism.phant_Build [def, in mathcomp.boot.monoid]
    isUniform [abbrev, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform [mod, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.axioms [abbrev, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.axioms_ [rec, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.Build [abbrev, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.entourage [proj, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.entourage_diagonal [proj, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.entourage_filter [proj, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.entourage_inv [proj, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.entourage_split_ex [proj, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.Exports [mod, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.phant_axioms [def, in mathcomp.analysis.topology_theory.uniform_structure]
    isUniform.phant_Build [def, in mathcomp.analysis.topology_theory.uniform_structure]
    isUnitRingQuotient [abbrev, in mathcomp.algebra.ring_quotient]
    isUnitRingQuotient [mod, in mathcomp.algebra.ring_quotient]
    isUnitRingQuotient.axioms [abbrev, in mathcomp.algebra.ring_quotient]
    isUnitRingQuotient.axioms_ [rec, in mathcomp.algebra.ring_quotient]
    isUnitRingQuotient.Build [abbrev, in mathcomp.algebra.ring_quotient]
    isUnitRingQuotient.Exports [mod, in mathcomp.algebra.ring_quotient]
    isUnitRingQuotient.identity_builder [def, in mathcomp.algebra.ring_quotient]
    isUnitRingQuotient.phant_axioms [def, in mathcomp.algebra.ring_quotient]
    isUnitRingQuotient.phant_Build [def, in mathcomp.algebra.ring_quotient]
    isUnitRingQuotient.pi_invr [proj, in mathcomp.algebra.ring_quotient]
    isUnitRingQuotient.pi_unitr [proj, in mathcomp.algebra.ring_quotient]
    isZmodQuotient [abbrev, in mathcomp.algebra.ring_quotient]
    isZmodQuotient [mod, in mathcomp.algebra.ring_quotient]
    isZmodQuotient.axioms [abbrev, in mathcomp.algebra.ring_quotient]
    isZmodQuotient.axioms_ [rec, in mathcomp.algebra.ring_quotient]
    isZmodQuotient.Build [abbrev, in mathcomp.algebra.ring_quotient]
    isZmodQuotient.Exports [mod, in mathcomp.algebra.ring_quotient]
    isZmodQuotient.identity_builder [def, in mathcomp.algebra.ring_quotient]
    isZmodQuotient.phant_axioms [def, in mathcomp.algebra.ring_quotient]
    isZmodQuotient.phant_Build [def, in mathcomp.algebra.ring_quotient]
    isZmodQuotient.pi_addr [proj, in mathcomp.algebra.ring_quotient]
    isZmodQuotient.pi_oppr [proj, in mathcomp.algebra.ring_quotient]
    isZmodQuotient.pi_zeror [proj, in mathcomp.algebra.ring_quotient]
    iter [def, in mathcomp.boot.ssrnat]
    iter0 [prf, in mathcomp.classical.boolp]
    iter_addn [prf, in mathcomp.boot.ssrnat]
    iter_addn_0 [prf, in mathcomp.boot.ssrnat]
    iter_findex [prf, in mathcomp.boot.fingraph]
    iter_finv [prf, in mathcomp.boot.fingraph]
    iter_finv_cycle [prf, in mathcomp.boot.fingraph]
    iter_finv_in [prf, in mathcomp.boot.fingraph]
    iter_fix [prf, in mathcomp.finmap.finmap]
    iter_fix [prf, in mathcomp.boot.ssrnat]
    iter_in [prf, in mathcomp.boot.ssrnat]
    iter_mule [prf, in mathcomp.reals.constructive_ereal]
    iter_mulg [prf, in mathcomp.boot.monoid]
    iter_mulg_1 [prf, in mathcomp.boot.monoid]
    iter_muln [prf, in mathcomp.boot.ssrnat]
    iter_muln_1 [prf, in mathcomp.boot.ssrnat]
    iter_opD2 [prf, in mathcomp.algebra.binnums]
    iter_opDdoubler [prf, in mathcomp.algebra.binnums]
    iter_order [prf, in mathcomp.boot.fingraph]
    iter_order_cycle [prf, in mathcomp.boot.fingraph]
    iter_order_in [prf, in mathcomp.boot.fingraph]
    iter_porbit [prf, in mathcomp.finite_group.perm]
    iter_predn [prf, in mathcomp.boot.ssrnat]
    iter_sub_ffix [prf, in mathcomp.finmap.finmap]
    iter_sub_fix [prf, in mathcomp.finmap.finmap]
    iter_sub_fix [prf, in mathcomp.boot.finset]
    iter_succn [prf, in mathcomp.boot.ssrnat]
    iter_succn_0 [prf, in mathcomp.boot.ssrnat]
    iterD [prf, in mathcomp.boot.ssrnat]
    iterF [abbrev, in mathcomp.finmap.finmap]
    iterF [abbrev, in mathcomp.finmap.finmap]
    iterfS [prf, in mathcomp.classical.boolp]
    iterfSr [prf, in mathcomp.classical.boolp]
    iteri [def, in mathcomp.boot.ssrnat]
    iteriS [prf, in mathcomp.boot.ssrnat]
    iterM [prf, in mathcomp.boot.ssrnat]
    iterop [def, in mathcomp.boot.ssrnat]
    iteropS [prf, in mathcomp.boot.ssrnat]
    iterS [prf, in mathcomp.boot.ssrnat]
    iterSr [prf, in mathcomp.boot.ssrnat]
    iterX [prf, in mathcomp.boot.ssrnat]
    itv [abbrev, in mathcomp.algebra.interval_inference]
    Itv [mod, in mathcomp.algebra.interval_inference]
    Itv.allP [proj, in mathcomp.algebra.interval_inference]
    Itv.def [rec, in mathcomp.algebra.interval_inference]
    Itv.Exports [mod, in mathcomp.algebra.interval_inference]
    Itv.Exports.num [abbrev, in mathcomp.algebra.interval_inference]
    Itv.from [def, in mathcomp.algebra.interval_inference]
    Itv.fromP [def, in mathcomp.algebra.interval_inference]
    Itv.mk [def, in mathcomp.algebra.interval_inference]
    Itv.nat_sem [def, in mathcomp.algebra.interval_inference]
    Itv.nonneg [def, in mathcomp.algebra.interval_inference]
    Itv.num_sem [def, in mathcomp.algebra.interval_inference]
    Itv.P [proj, in mathcomp.algebra.interval_inference]
    Itv.posnum [def, in mathcomp.algebra.interval_inference]
    Itv.r [proj, in mathcomp.algebra.interval_inference]
    Itv.Real [constr, in mathcomp.algebra.interval_inference]
    Itv.real1 [def, in mathcomp.algebra.interval_inference]
    Itv.real2 [def, in mathcomp.algebra.interval_inference]
    Itv.sort [proj, in mathcomp.algebra.interval_inference]
    Itv.sort_sem [proj, in mathcomp.algebra.interval_inference]
    Itv.spec [def, in mathcomp.algebra.interval_inference]
    Itv.spec_real1 [prf, in mathcomp.algebra.interval_inference]
    Itv.spec_real2 [prf, in mathcomp.algebra.interval_inference]
    Itv.sub [def, in mathcomp.algebra.interval_inference]
    Itv.t [ind, in mathcomp.algebra.interval_inference]
    Itv.Top [constr, in mathcomp.algebra.interval_inference]
    Itv.typ [rec, in mathcomp.algebra.interval_inference]
    Itv01 [def, in mathcomp.algebra.interval_inference]
    itv01_subdef [prf, in mathcomp.algebra.interval_inference]
    itv0y_bigcup0S [prf, in mathcomp.reals.real_interval]
    itv_bnd_infty_bigcup [abbrev, in mathcomp.reals.real_interval]
    itv_bnd_infty_bigcup0S [abbrev, in mathcomp.reals.real_interval]
    itv_bnd_inftyEbigcup [abbrev, in mathcomp.reals.real_interval]
    itv_bnd_open_bigcup [prf, in mathcomp.reals.real_interval]
    itv_bndbnd_setU [prf, in mathcomp.classical.set_interval]
    itv_bndy_bigcup_BLeft_shift [prf, in mathcomp.reals.real_interval]
    itv_bndy_bigcup_BRight [prf, in mathcomp.reals.real_interval]
    itv_bound [ind, in mathcomp.algebra.interval]
    itv_bound_display [prf, in mathcomp.algebra.interval]
    itv_bound_total [prf, in mathcomp.algebra.interval]
    itv_boundlr [prf, in mathcomp.algebra.interval]
    itv_c_inftyEbigcap [abbrev, in mathcomp.reals.real_interval]
    itv_closed [prf, in mathcomp.analysis.topology_theory.order_topology]
    itv_closed_ends [def, in mathcomp.classical.set_interval]
    itv_closed_ends_closed [prf, in mathcomp.analysis.topology_theory.order_topology]
    itv_closed_infimums [prf, in mathcomp.analysis.topology_theory.order_topology]
    itv_closed_supremums [prf, in mathcomp.analysis.topology_theory.order_topology]
    itv_closure [prf, in mathcomp.analysis.topology_theory.order_topology]
    itv_cNyy [prf, in mathcomp.reals.real_interval]
    itv_continuous_inj_ge [prf, in mathcomp.analysis.realfun]
    itv_continuous_inj_le [prf, in mathcomp.analysis.realfun]
    itv_continuous_inj_mono [prf, in mathcomp.analysis.realfun]
    itv_cyy [prf, in mathcomp.reals.real_interval]
    itv_dec [prf, in mathcomp.algebra.interval]
    itv_decompose [def, in mathcomp.algebra.interval]
    itv_ge [prf, in mathcomp.algebra.interval]
    itv_infty_bnd_bigcup [abbrev, in mathcomp.reals.real_interval]
    itv_is_cc [def, in mathcomp.classical.set_interval]
    itv_is_closed_unbounded [def, in mathcomp.classical.set_interval]
    itv_is_oo [def, in mathcomp.classical.set_interval]
    itv_is_open_unbounded [def, in mathcomp.classical.set_interval]
    itv_join [def, in mathcomp.algebra.interval]
    itv_joinA [prf, in mathcomp.algebra.interval]
    itv_joinC [prf, in mathcomp.algebra.interval]
    itv_joinKI [prf, in mathcomp.algebra.interval]
    itv_le0x [prf, in mathcomp.algebra.interval]
    itv_leEmeet [prf, in mathcomp.algebra.interval]
    itv_lex1 [prf, in mathcomp.algebra.interval]
    itv_meet [def, in mathcomp.algebra.interval]
    itv_meetA [prf, in mathcomp.algebra.interval]
    itv_meetC [prf, in mathcomp.algebra.interval]
    itv_meetKU [prf, in mathcomp.algebra.interval]
    itv_meetUl [prf, in mathcomp.algebra.interval]
    itv_nbhsE [def, in mathcomp.analysis.topology_theory.order_topology]
    itv_o_inftyEbigcup [abbrev, in mathcomp.reals.real_interval]
    itv_oNyy [prf, in mathcomp.reals.real_interval]
    itv_open [prf, in mathcomp.analysis.topology_theory.order_topology]
    itv_open_bnd_bigcup [prf, in mathcomp.reals.real_interval]
    itv_open_ends [def, in mathcomp.classical.set_interval]
    itv_open_ends_linfty [prf, in mathcomp.classical.set_interval]
    itv_open_ends_lside [prf, in mathcomp.classical.set_interval]
    itv_open_ends_open [prf, in mathcomp.analysis.topology_theory.order_topology]
    itv_open_ends_rinfty [prf, in mathcomp.classical.set_interval]
    itv_open_ends_rside [prf, in mathcomp.classical.set_interval]
    itv_open_endsI [prf, in mathcomp.classical.set_interval]
    itv_oppr_is_fun [prf, in mathcomp.analysis.realfun]
    itv_oyy [prf, in mathcomp.reals.real_interval]
    itv_partition [def, in mathcomp.analysis.numfun]
    itv_partition1 [prf, in mathcomp.analysis.numfun]
    itv_partition_cat [prf, in mathcomp.analysis.numfun]
    itv_partition_cons [prf, in mathcomp.analysis.numfun]
    itv_partition_le [prf, in mathcomp.analysis.numfun]
    itv_partition_nil [prf, in mathcomp.analysis.numfun]
    itv_partition_nth_ge [prf, in mathcomp.analysis.numfun]
    itv_partition_nth_le [prf, in mathcomp.analysis.numfun]
    itv_partition_nth_size [prf, in mathcomp.analysis.numfun]
    itv_partition_rev [prf, in mathcomp.analysis.numfun]
    itv_partition_size_neq0 [prf, in mathcomp.analysis.numfun]
    itv_partitionL [def, in mathcomp.analysis.numfun]
    itv_partitionLP [prf, in mathcomp.analysis.numfun]
    itv_partitionR [def, in mathcomp.analysis.numfun]
    itv_partitionRP [prf, in mathcomp.analysis.numfun]
    itv_partitionxx [prf, in mathcomp.analysis.numfun]
    itv_rewrite [def, in mathcomp.algebra.interval]
    itv_setI [prf, in mathcomp.classical.set_interval]
    itv_setU [prf, in mathcomp.classical.set_interval]
    itv_setU_setT [prf, in mathcomp.classical.set_interval]
    itv_split1U [prf, in mathcomp.algebra.interval]
    itv_splitI [prf, in mathcomp.algebra.interval]
    itv_splitU [prf, in mathcomp.algebra.interval]
    itv_splitU1 [prf, in mathcomp.algebra.interval]
    itv_splitUeq [prf, in mathcomp.algebra.interval]
    itv_sub_in2 [prf, in mathcomp.classical.classical_sets]
    itv_total_join3E [prf, in mathcomp.algebra.interval]
    itv_total_meet3E [prf, in mathcomp.algebra.interval]
    itv_xx [prf, in mathcomp.algebra.interval]
    itvbndyEbigcup [prf, in mathcomp.reals.real_interval]
    itvcyEbigcap [prf, in mathcomp.reals.real_interval]
    ItvInstances [mod, in mathcomp.reals.constructive_ereal]
    ItvInstances.abse_inum [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.abse_itv [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.adde_inum [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.comparable_ext_num_itv_bound [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.dadde_inum [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.dEFin_inum [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.EFin_inum [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_max_itv_boundl_spec [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_max_itv_boundr_spec [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_min_itv_boundl_spec [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_min_itv_boundr_spec [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_min_max_typ [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_def [abbrev, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_itv_bound [abbrev, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_itv_bound_max [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_itv_bound_min [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_itv_mul_boundl [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_itv_mul_boundr [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_itv_mul_boundr_pos [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_sem_Ny [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_sem_y [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec [abbrev, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_abse [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_add [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_dadd [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_dEFin [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_EFin [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_max [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_min [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_mul [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_ninfty [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_opp [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_num_spec_pinfty [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_sign_spec [ind, in mathcomp.reals.constructive_ereal]
    ItvInstances.ext_signP [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.fine_inum [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.ISignBoth [constr, in mathcomp.reals.constructive_ereal]
    ItvInstances.ISignEqZero [constr, in mathcomp.reals.constructive_ereal]
    ItvInstances.ISignNonNeg [constr, in mathcomp.reals.constructive_ereal]
    ItvInstances.ISignNonPos [constr, in mathcomp.reals.constructive_ereal]
    ItvInstances.mule_inum [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.ninfty_snum [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.num_def [abbrev, in mathcomp.reals.constructive_ereal]
    ItvInstances.num_itv_bound [abbrev, in mathcomp.reals.constructive_ereal]
    ItvInstances.num_spec [abbrev, in mathcomp.reals.constructive_ereal]
    ItvInstances.num_spec_fine [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.oppe_boundl [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.oppe_boundr [prf, in mathcomp.reals.constructive_ereal]
    ItvInstances.oppe_inum [def, in mathcomp.reals.constructive_ereal]
    ItvInstances.pinfty_inum [def, in mathcomp.reals.constructive_ereal]
    itvN_oppr [def, in mathcomp.analysis.realfun]
    ItvNum [def, in mathcomp.algebra.interval_inference]
    itvnum_subdef [prf, in mathcomp.algebra.interval_inference]
    itvNy_bnd_bigcup_BLeft [prf, in mathcomp.reals.real_interval]
    itvNybndEbigcup [prf, in mathcomp.reals.real_interval]
    itvNycEbigcap [prf, in mathcomp.reals.real_interval]
    itvoyEbigcup [prf, in mathcomp.reals.real_interval]
    itvP [prf, in mathcomp.algebra.interval]
    itvPredType [def, in mathcomp.algebra.interval]
    ItvReal [def, in mathcomp.algebra.interval_inference]
    itvreal_subdef [prf, in mathcomp.algebra.interval_inference]
    itvxx [prf, in mathcomp.algebra.interval]
    itvxxP [prf, in mathcomp.algebra.interval]
    IVT [prf, in mathcomp.analysis.normedtype_theory.normed_module]
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