[Merged by Bors] - feat(CategoryTheory): the monoidal category structure on a localization#20951
[Merged by Bors] - feat(CategoryTheory): the monoidal category structure on a localization#20951
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PR summary 663b23bc2eImport changes for modified filesNo significant changes to the import graph Import changes for all files
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…on (#20951) In #12728, we shall show that if `C` is a monoidal category and `W` is a class of morphism that is preserved by the tensor product, then the localized category is also monoidal. In this PR, we only define the `MonoidalCategoryStruct` instance and check the easy compatibilities. The pentagon and the triangle identities will be done in the separate PR #12728. Co-authored-by: Dagur Asgeirsson <dagurtomas@gmail.com>
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…on (#20951) In #12728, we shall show that if `C` is a monoidal category and `W` is a class of morphism that is preserved by the tensor product, then the localized category is also monoidal. In this PR, we only define the `MonoidalCategoryStruct` instance and check the easy compatibilities. The pentagon and the triangle identities will be done in the separate PR #12728. Co-authored-by: Dagur Asgeirsson <dagurtomas@gmail.com>
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Pull request successfully merged into master. Build succeeded: |
* factorial-dvd-int: (143 commits) Apply suggestions from code review feat(Factorial): k! divides the product of any k successive integers feat(CategoryTheory): creation of finite limits (#21320) chore: update Mathlib dependencies 2025-02-01 (#21328) chore(GroupTheory/SpecificGroups/Alternating.lean): follow last minute review of JX (#21314) feat: `‖x‖ₑ.toNNReal = ‖x‖₊` (#21306) chore: cleanup imports in Archive/IfNormalization (#21318) doc: fix several typos (#21315) feat(CategoryTheory): transfer being iso along an iso in the arrow category (#21310) chore: delete declarations deprecated between 2024-01 and 2024-07 (#21271) feat(Analysis/Normed/Module/Dual): polar in a normed space as a submodule (#20084) chore(Data/ZMod/Basic): split `ZMod.valMinAbs` off (#21308) feat(GroupTheory/Perm/Centralizer): study the centralizer of a permutation (#17522) feat(RingTheory/LocalRing): `IsLocalRing` for subrings (#21168) chore: update Mathlib dependencies 2025-02-01 (#21312) chore: update Mathlib dependencies 2025-01-31 (#21311) feat: generalize `mem_dite` to `Membership α β` (#21262) feat: Lemmas for some monomial orders (#16177) feat(CategoryTheory): the localized category is monoidal (#12728) feat: add function log⁺ (=positive part of the logarithm) and prove standard estimates (#21289) feat(RingTheory/WittVector): ring of Witt vectors is p-adically complete (#21295) feat(GroupTheory/GroupAction/Blocks): more on blocks (#21284) fix(FieldTheory/KrullTopology): make `krullTopology_discreteTopology_of_finiteDimensional` universe polymorphic (#21299) feat(RingTheory/Artinian): integral non-zero-divisors are units over artinian rings (#21199) refactor(Topology/Gluing): simplify definition of `TopCat.GlueData.Rel` (#20653) feat(RingTheory/PowerSeries): binomial series (#20192) chore(Mathlib/RingTheory/MvPolynomial): rename MonomiaOrder.lCoeff to MonomialOrder.leadingCoeff (#21290) chore (RingTheory/HahnSeries): fix names that use coeff (#21279) feat: let `notation3` distinguish `Prop` vs `Type _ ` vs `Sort _` (#21233) chore(MeasureTheory/Function/StronglyMeasurable): split Basic into Basic and AEStronglyMeasurable (#21273) feat(CategoryTheory): the monoidal category structure on a localization (#20951) feat(Analysis/Complex/Hadamard): generalize Hadamard's three lines theorem (#15009) feat(Order/CompleteBooleanAlgebra): Himp in terms of sSup (#20328) feat(ENNReal/Basic): add `ofNat_ne_top` and `top_ne_ofNat` (#14486) feat: Function.const as a PartialEquiv (#21137) chore(NonZeroDivisors): don't import rings (#20871) feat(Data/Set/Lattice): insert distributivity with iUnion/iInter (#21267) feat(GroupTheory/SpecificGroups/AlternatingGroup): subgroups of index 2 of Equiv.Perm (#21190) feat(GroupTheory/GroupAction/Transitive): basic results on transitive actions (#21285) perf(MeasureTheory/Function/LpSpace.lean): speed up (#21179) feat(Order): order isomorphisms from `Fin n` for small `n` (#21120) refactor(Topology/Group): turn morphisms in ProfiniteGrp into one field structures (#20740) feat: Sylow's first theorem for elementary `p`-groups (#21072) chore(Submonoid/Membership): don't import `MonoidWithZero` (#20748) refactor(Algebra/Algebra/Pi): cleanup and renaming (#21213) feat(GroupTheory/IndexNormal): subgroups of small index are normal (#21186) feat(Algebra/Group/Action): add definition of equidecomposition (#16936) feat(CategoryTheory/Subpresheaf): equalizer (#21096) feat: add lemmas about products of `Matrix.stdBasisMatrix` (#21204) chore: update Mathlib dependencies 2025-01-31 (#21282) ...
…on (#20951) In #12728, we shall show that if `C` is a monoidal category and `W` is a class of morphism that is preserved by the tensor product, then the localized category is also monoidal. In this PR, we only define the `MonoidalCategoryStruct` instance and check the easy compatibilities. The pentagon and the triangle identities will be done in the separate PR #12728. Co-authored-by: Dagur Asgeirsson <dagurtomas@gmail.com>
In #12728, we shall show that if
Cis a monoidal category andWis a class of morphism that is preserved by the tensor product, then the localized category is also monoidal. In this PR, we only define theMonoidalCategoryStructinstance and check the easy compatibilities. The pentagon and the triangle identities will be done in the separate PR #12728.Co-authored-by: Dagur Asgeirsson dagurtomas@gmail.com