changelog fo version 0.6.1 (#855)

affeldt-aist · proux01 · commit b8642a293438 · 2023-03-25T09:44:18.000+01:00
diff --git a/CHANGELOG.md b/CHANGELOG.md
@@ -1,6 +1,173 @@
 # Changelog
 
-Lastest releases: [[0.6.0] - 2022-12-14](#060---2022-12-14) and [[0.5.4] - 2022-09-07](#055---2022-09-07)
+Lastest releases: [[0.6.1] - 2023-02-24](#061---2023-02-24) and [[0.6.0] - 2022-12-14](#060---2022-12-14)
+
+## [0.6.1] - 2023-02-24
+
+### Added
+
+- in `mathcomp_extra.v`:
+  + lemma `add_onemK`
+  + function `swap`
+- in file `boolp.v`,
+  + new lemma `forallp_asboolPn2`.
+- in `classical_sets.v`:
+  + canonical `unit_pointedType`
+  + lemmas `setT0`, `set_unit`, `set_bool`
+  + lemmas `xsection_preimage_snd`, `ysection_preimage_fst`
+  + lemma `trivIset_mkcond`
+  + lemmas `xsectionI`, `ysectionI`
+  + lemma `coverE`
+  + new lemma `preimage_range`.
+- in `constructive_ereal.v`:
+  + lemmas `EFin_sum_fine`, `sumeN`
+  + lemmas `adde_defDr`, `adde_def_sum`, `fin_num_sumeN`
+  + lemma `fin_num_adde_defr`, `adde_defN`
+  + lemma `oppe_inj`
+  + lemmas `expeS`, `fin_numX`
+  + lemmas `adde_def_doppeD`, `adde_def_doppeB`
+  + lemma `fin_num_sume_distrr`
+- in `functions.v`:
+  + lemma `countable_bijP`
+  + lemma `patchE`
+- in `numfun.v`:
+  + lemmas `xsection_indic`, `ysection_indic`
+- in file `topology.v`,
+  + new definition `perfect_set`.
+  + new lemmas `perfectTP`, `perfect_prod`, and `perfect_diagonal`.
+  + new definitions `countable_uniformity`, `countable_uniformityT`,
+    `sup_pseudoMetric_mixin`, `sup_pseudoMetricType`, and
+    `product_pseudoMetricType`.
+  + new lemmas `countable_uniformityP`, `countable_sup_ent`, and
+    `countable_uniformity_metric`.
+  + new definitions `quotient_topology`, and `quotient_open`.
+  + new lemmas `pi_continuous`, `quotient_continuous`, and
+    `repr_comp_continuous`.
+  + new definitions `hausdorff_accessible`, `separate_points_from_closed`, and
+    `join_product`.
+  + new lemmas `weak_sep_cvg`, `weak_sep_nbhsE`, `weak_sep_openE`,
+    `join_product_continuous`, `join_product_open`, `join_product_inj`, and
+    `join_product_weak`.
+  + new definition `clopen`.
+  + new lemmas `clopenI`, `clopenU`, `clopenC`, `clopen0`, `clopenT`,
+    `clopen_comp`, `connected_closure`, `clopen_separatedP`, and
+    `clopen_connectedP`.
+  + new lemmas `powerset_filter_fromP` and `compact_cluster_set1`.
+- in `exp.v`:
+  + lemma `expR_ge0`
+- in `measure.v`:
+  + mixin `isProbability`, structure `Probability`, type `probability`
+  + lemma `probability_le1`
+  + definition `discrete_measurable_unit`
+  + structures `sigma_finite_additive_measure` and `sigma_finite_measure`
+  + lemmas `measurable_curry`, `measurable_fun_fst`, `measurable_fun_snd`,
+    `measurable_fun_swap`, `measurable_fun_pair`, `measurable_fun_if_pair`
+  + lemmas `dirac0`, `diracT`
+  + lemma `fin_num_fun_sigma_finite`
+  + structure `FiniteMeasure`, notation `{finite_measure set _ -> \bar _}`
+  + definition `sfinite_measure_def`
+  + mixin `Measure_isSFinite_subdef`, structure `SFiniteMeasure`,
+    notation `{sfinite_measure set _ -> \bar _}`
+  + mixin `SigmaFinite_isFinite` with field `fin_num_measure`, structure `FiniteMeasure`,
+    notation `{finite_measure set _ -> \bar _}`
+  + lemmas `sfinite_measure_sigma_finite`, `sfinite_mzero`, `sigma_finite_mzero`
+  + factory `Measure_isFinite`, `Measure_isSFinite`
+  + defintion `sfinite_measure_seq`, lemma `sfinite_measure_seqP`
+  + mixin `FiniteMeasure_isSubProbability`, structure `SubProbability`,
+    notation `subprobability`
+  + factory `Measure_isSubProbability`
+  + factory `FiniteMeasure_isSubProbability`
+  + factory `Measure_isSigmaFinite`
+  + lemmas `fin_num_fun_lty`, `lty_fin_num_fun`
+  + definition `fin_num_fun`
+  + structure `FinNumFun`
+- in `lebesgue_measure.v`:
+  + lemma `measurable_fun_opp`
+- in `lebesgue_integral.v`
+  + lemmas `integral0_eq`, `fubini_tonelli`
+  + product measures now take `{measure _ -> _}` arguments and their
+    theory quantifies over a `{sigma_finite_measure _ -> _}`.
+  + notations `\x`, `\x^` for `product_measure1` and `product_measure2`
+
+### Changed
+
+- in `fsbigop.v`:
+  + implicits of `eq_fsbigr`
+- in file `topology.v`,
+  + lemma `compact_near_coveringP`
+- in `functions.v`:
+  + notation `mem_fun_`
+- move from `lebesgue_integral.v` to `classical_sets.v`
+  + lemmas `trivIset_preimage1`, `trivIset_preimage1_in`
+- move from `lebesgue_integral.v` to `numfun.v`
+  + lemmas `fimfunE`, `fimfunEord`, factory `FiniteDecomp`
+  + lemmas `fimfun_mulr_closed`
+  + canonicals `fimfun_mul`, `fimfun_ring`, `fimfun_ringType`
+  + defintion `fimfun_ringMixin`
+  + lemmas `fimfunM`, `fimfun1`, `fimfun_prod`, `fimfunX`,
+    `indic_fimfun_subproof`.
+  + definitions `indic_fimfun`, `scale_fimfun`, `fimfun_comRingMixin`
+  + canonical `fimfun_comRingType`
+  + lemma `max_fimfun_subproof`
+  + mixin `IsNonNegFun`, structure `NonNegFun`, notation `{nnfun _ >-> _}`
+- in `measure.v`:
+  + order of arguments of `isContent`, `Content`, `measure0`, `isMeasure0`,
+    `Measure`, `isSigmaFinite`, `SigmaFiniteContent`, `SigmaFiniteMeasure`
+
+### Renamed
+
+- in `measurable.v`:
+  + `measurable_fun_comp` -> `measurable_funT_comp`
+- in `numfun.v`:
+  + `IsNonNegFun` -> `isNonNegFun`
+- in `lebesgue_integral.v`:
+  + `IsMeasurableFunP` -> `isMeasurableFun`
+- in `measure.v`:
+  + `{additive_measure _ -> _}` -> `{content _ -> _}`
+  + `isAdditiveMeasure` -> `isContent`
+  + `AdditiveMeasure` -> `Content`
+  + `additive_measure` -> `content`
+  + `additive_measure_snum_subproof` -> `content_snum_subproof`
+  + `additive_measure_snum` -> `content_snum`
+  + `SigmaFiniteAdditiveMeasure` -> `SigmaFiniteContent`
+  + `sigma_finite_additive_measure` -> `sigma_finite_content`
+  + `{sigma_finite_additive_measure _ -> _}` -> `{sigma_finite_content _ -> _}`
+- in `constructive_ereal.v`:
+  + `fin_num_adde_def` -> `fin_num_adde_defl`
+  + `oppeD` -> `fin_num_oppeD`
+  + `oppeB` -> `fin_num_oppeB`
+  + `doppeD` -> `fin_num_doppeD`
+  + `doppeB` -> `fin_num_doppeB`
+- in `topology.v`:
+  + `finSubCover` -> `finite_subset_cover`
+- in `sequences.v`:
+  + `eq_eseries` -> `eq_eseriesr`
+- in `esum.v`:
+  + `summable_nneseries_esum` -> `summable_eseries_esum`
+  + `summable_nneseries` -> `summable_eseries`
+
+### Generalized
+
+- in `classical_sets.v`:
+  + `xsection_preimage_snd`, `ysection_preimage_fst`
+- in `constructive_ereal.v`:
+  + `oppeD`, `oppeB`
+- in `esum.v`:
+  + lemma `esum_esum`
+- in `measure.v`
+  + lemma `measurable_fun_comp`
+  + lemma `measure_bigcup` generalized,
+  + lemma `eq_measure`
+  + `sigma_finite` generalized from `numFieldType` to `numDomainType`
+  + `fin_num_fun_sigma_finite` generalized from `measurableType` to `algebraOfSetsType`
+- in `lebesgue_integral.v`:
+  + lemma `measurable_sfunP`
+  + lemma `integrable_abse`
+
+### Removed
+
+- in `esum.v`:
+  + lemma `fsbig_esum`
 
 ## [0.6.0] - 2022-12-14
 
diff --git a/CHANGELOG_UNRELEASED.md b/CHANGELOG_UNRELEASED.md
@@ -4,206 +4,16 @@
 
 ### Added
 
-- in `classical_sets.v`:
-  + canonical `unit_pointedType`
-- in `measure.v`:
-  + mixin `isProbability`, structure `Probability`, type `probability`
-  + lemma `probability_le1`
-  + definition `discrete_measurable_unit`
-  + structures `sigma_finite_additive_measure` and `sigma_finite_measure`
-
-- in file `topology.v`,
-  + new definition `perfect_set`.
-  + new lemmas `perfectTP`, `perfect_prod`, and `perfect_diagonal`.
-- in `constructive_ereal.v`:
-  + lemmas `EFin_sum_fine`, `sumeN`
-  + lemmas `adde_defDr`, `adde_def_sum`, `fin_num_sumeN`
-  + lemma `fin_num_adde_defr`, `adde_defN`
-
-- in `constructive_ereal.v`:
-  + lemma `oppe_inj`
-
-- in `mathcomp_extra.v`:
-  + lemma `add_onemK`
-  + function `swap`
-- in `classical_sets.v`:
-  + lemmas `setT0`, `set_unit`, `set_bool`
-  + lemmas `xsection_preimage_snd`, `ysection_preimage_fst`
-- in `exp.v`:
-  + lemma `expR_ge0`
-- in `measure.v`
-  + lemmas `measurable_curry`, `measurable_fun_fst`, `measurable_fun_snd`,
-    `measurable_fun_swap`, `measurable_fun_pair`, `measurable_fun_if_pair`
-  + lemmas `dirac0`, `diracT`
-  + lemma `fin_num_fun_sigma_finite`
-- in `lebesgue_measure.v`:
-  + lemma `measurable_fun_opp`
-- in `lebesgue_integral.v`
-  + lemmas `integral0_eq`, `fubini_tonelli`
-  + product measures now take `{measure _ -> _}` arguments and their
-    theory quantifies over a `{sigma_finite_measure _ -> _}`.
-
-- in `classical_sets.v`:
-  + lemma `trivIset_mkcond`
-- in `numfun.v`:
-  + lemmas `xsection_indic`, `ysection_indic`
-- in `classical_sets.v`:
-  + lemmas `xsectionI`, `ysectionI`
-- in `lebesgue_integral.v`:
-  + notations `\x`, `\x^` for `product_measure1` and `product_measure2`
-
-- in `constructive_ereal.v`:
-  + lemmas `expeS`, `fin_numX`
-
-- in `functions.v`:
-  + lemma `countable_bijP`
-  + lemma `patchE`
-
-- in file `topology.v`,
-  + new definitions `countable_uniformity`, `countable_uniformityT`, 
-    `sup_pseudoMetric_mixin`, `sup_pseudoMetricType`, and 
-    `product_pseudoMetricType`.
-  + new lemmas `countable_uniformityP`, `countable_sup_ent`, and 
-    `countable_uniformity_metric`.
-
-- in `constructive_ereal.v`:
-  + lemmas `adde_def_doppeD`, `adde_def_doppeB`
-  + lemma `fin_num_sume_distrr`
-- in `classical_sets.v`:
-  + lemma `coverE`
-
-- in file `topology.v`,
-  + new definitions `quotient_topology`, and `quotient_open`.
-  + new lemmas `pi_continuous`, `quotient_continuous`, and
-    `repr_comp_continuous`.
-
-- in file `boolp.v`,
-  + new lemma `forallp_asboolPn2`.
-- in file `classical_sets.v`,
-  + new lemma `preimage_range`.
-- in file `topology.v`,
-  + new definitions `hausdorff_accessible`, `separate_points_from_closed`, and 
-    `join_product`.
-  + new lemmas `weak_sep_cvg`, `weak_sep_nbhsE`, `weak_sep_openE`, 
-    `join_product_continuous`, `join_product_open`, `join_product_inj`, and 
-    `join_product_weak`. 
-- in `measure.v`:
-  + structure `FiniteMeasure`, notation `{finite_measure set _ -> \bar _}`
-
-- in file `topology.v`,
-  + new definition `clopen`.
-  + new lemmas `clopenI`, `clopenU`, `clopenC`, `clopen0`, `clopenT`, 
-    `clopen_comp`, `connected_closure`, `clopen_separatedP`, and 
-    `clopen_connectedP`.
-
-- in file `topology.v`,
-  + new lemmas `powerset_filter_fromP` and `compact_cluster_set1`.
-
-- in `measure.v`:
-  + definition `sfinite_measure_def`
-  + mixin `Measure_isSFinite_subdef`, structure `SFiniteMeasure`,
-    notation `{sfinite_measure set _ -> \bar _}`
-  + mixin `SigmaFinite_isFinite` with field `fin_num_measure`, structure `FiniteMeasure`,
-    notation `{finite_measure set _ -> \bar _}`
-  + lemmas `sfinite_measure_sigma_finite`, `sfinite_mzero`, `sigma_finite_mzero`
-  + factory `Measure_isFinite`, `Measure_isSFinite`
-  + defintion `sfinite_measure_seq`, lemma `sfinite_measure_seqP`
-  + mixin `FiniteMeasure_isSubProbability`, structure `SubProbability`,
-    notation `subprobability`
-  + factory `Measure_isSubProbability`
-  + factory `FiniteMeasure_isSubProbability`
-  + factory `Measure_isSigmaFinite`
-  + lemmas `fin_num_fun_lty`, `lty_fin_num_fun`
-  + definition `fin_num_fun`
-  + structure `FinNumFun`
-
 ### Changed
 
-- in `fsbigop.v`:
-  + implicits of `eq_fsbigr`
-- move from `lebesgue_integral.v` to `classical_sets.v`
-  + lemmas `trivIset_preimage1`, `trivIset_preimage1_in`
-- move from `lebesgue_integral.v` to `numfun.v`
-  + lemmas `fimfunE`, `fimfunEord`, factory `FiniteDecomp`
-  + lemmas `fimfun_mulr_closed`
-  + canonicals `fimfun_mul`, `fimfun_ring`, `fimfun_ringType`
-  + defintion `fimfun_ringMixin`
-  + lemmas `fimfunM`, `fimfun1`, `fimfun_prod`, `fimfunX`,
-    `indic_fimfun_subproof`.
-  + definitions `indic_fimfun`, `scale_fimfun`, `fimfun_comRingMixin`
-  + canonical `fimfun_comRingType`
-  + lemma `max_fimfun_subproof`
-  + mixin `IsNonNegFun`, structure `NonNegFun`, notation `{nnfun _ >-> _}`
-
-- in file `topology.v`,
-  + lemma `compact_near_coveringP`
-- in `functions.v`:
-  + notation `mem_fun_`
-- in `measure.v`:
-  + order of arguments of `isContent`, `Content`, `measure0`, `isMeasure0`,
-    `Measure`, `isSigmaFinite`, `SigmaFiniteContent`, `SigmaFiniteMeasure`
-
 ### Renamed
 
-- in `measurable.v`:
-  + `measurable_fun_comp` -> `measurable_funT_comp`
-- in `numfun.v`:
-  + `IsNonNegFun` -> `isNonNegFun`
-- in `lebesgue_integral.v`:
-  + `IsMeasurableFunP` -> `isMeasurableFun`
-- in `measure.v`:
-  + `{additive_measure _ -> _}` -> `{content _ -> _}`
-  + `isAdditiveMeasure` -> `isContent`
-  + `AdditiveMeasure` -> `Content`
-  + `additive_measure` -> `content`
-  + `additive_measure_snum_subproof` -> `content_snum_subproof`
-  + `additive_measure_snum` -> `content_snum`
-  + `SigmaFiniteAdditiveMeasure` -> `SigmaFiniteContent`
-  + `sigma_finite_additive_measure` -> `sigma_finite_content`
-  + `{sigma_finite_additive_measure _ -> _}` -> `{sigma_finite_content _ -> _}`
-- in `constructive_ereal.v`:
-  + `fin_num_adde_def` -> `fin_num_adde_defl`
-  + `oppeD` -> `fin_num_oppeD`
-  + `oppeB` -> `fin_num_oppeB`
-  + `doppeD` -> `fin_num_doppeD`
-  + `doppeB` -> `fin_num_doppeB`
-- in `topology.v`:
-  + `finSubCover` -> `finite_subset_cover`
-- in `sequences.v`:
-  + `eq_eseries` -> `eq_eseriesr`
-- in `esum.v`:
-  + `summable_nneseries_esum` -> `summable_eseries_esum`
-  + `summable_nneseries` -> `summable_eseries`
-
 ### Generalized
 
-- in `esum.v`:
-  + lemma `esum_esum`
-- in `measure.v`
-  + lemma `measurable_fun_comp`
-- in `lebesgue_integral.v`:
-  + lemma `measurable_sfunP`
-- in `measure.v`:
-  + lemma `measure_bigcup` generalized,
-- in `classical_sets.v`:
-  + `xsection_preimage_snd`, `ysection_preimage_fst`
-- in `constructive_ereal.v`:
-  + `oppeD`, `oppeB`
-- in `measure.v`:
-  + lemma `eq_measure`
-- in `lebesgue_integral.v`:
-  + lemma `integrable_abse`
-
-  + `sigma_finite` generalized from `numFieldType` to `numDomainType`
-  + `fin_num_fun_sigma_finite` generalized from `measurableType` to `algebraOfSetsType`
-
 ### Deprecated
 
 ### Removed
 
-- in `esum.v`:
-  + lemma `fsbig_esum`
-
 ### Infrastructure
 
 ### Misc
diff --git a/INSTALL.md b/INSTALL.md
@@ -2,7 +2,7 @@
 
 ## Requirements
 
-- [The Coq Proof Assistant version ≥ 8.13](https://coq.inria.fr)
+- [The Coq Proof Assistant version ≥ 8.14](https://coq.inria.fr)
 - [Mathematical Components version ≥ 1.13.0](https://github.com/math-comp/math-comp)
 - [Finmap library version ≥ 1.5.1](https://github.com/math-comp/finmap)
 - [Hierarchy builder version >= 1.2.0](https://github.com/math-comp/hierarchy-builder)
@@ -47,7 +47,7 @@ $ opam install coq-mathcomp-analysis
 ```
 To install a precise version, type, say
 ```
-$ opam install coq-mathcomp-analysis.0.6.0
+$ opam install coq-mathcomp-analysis.0.6.1
 ```
 4. Everytime you want to work in this same context, you need to type
 ```
