Global Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (176182 entries)
Instance Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (5014 entries)
Projection Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (3349 entries)
Record Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (924 entries)
Lemma Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (101614 entries)
Section Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (4234 entries)
Constructor Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (4913 entries)
Notation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (754 entries)
Abbreviation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (3352 entries)
Inductive Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (1743 entries)
Definition Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (26695 entries)
Module Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (5910 entries)
Axiom Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (4665 entries)
Variable Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (12580 entries)
Library Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (435 entries)

## S

S [constructor, in Coq.Init.Datatypes]
S [module, in Coq.FSets.FSetInterface]
S [section, in Coq.micromega.Env]
S [section, in Coq.micromega.Tauto]
S [module, in Coq.MSets.MSetInterface]
S [module, in Coq.FSets.FMapInterface]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_gen [lemma, in Coq.setoid_ring.InitialRing]
same_relation [definition, in Coq.Sets.Relations_1]
same_genN [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
Same_set [definition, in Coq.Sets.Ensembles]
Same_set [definition, in Coq.Sets.Ensembles]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_gen [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_genN [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_gen [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_genN [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_genZ [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_genN [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_gen [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
Same_set [definition, in Coq.Sets.Ensembles]
same_relation [definition, in Coq.Relations.Relation_Definitions]
Same_set [definition, in Coq.Sets.Ensembles]
same_genZ [lemma, in Coq.setoid_ring.InitialRing]
same_genN [lemma, in Coq.setoid_ring.InitialRing]
same_genZ [lemma, in Coq.setoid_ring.InitialRing]
same_relation [definition, in Coq.Sets.Relations_1]
same_genZ [lemma, in Coq.setoid_ring.InitialRing]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_genZ [lemma, in Coq.setoid_ring.InitialRing]
same_relation [definition, in Coq.Sets.Relations_1]
Same_set [definition, in Coq.Sets.Ensembles]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_genZ [lemma, in Coq.setoid_ring.InitialRing]
same_relation [definition, in Coq.Sets.Relations_1]
same_genZ [lemma, in Coq.setoid_ring.InitialRing]
same_relation [definition, in Coq.Sets.Relations_1]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_relation [definition, in Coq.Sets.Relations_1]
same_genZ [lemma, in Coq.setoid_ring.InitialRing]
same_relation [definition, in Coq.Sets.Relations_1]
Same_set [definition, in Coq.Sets.Ensembles]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_genZ [lemma, in Coq.setoid_ring.InitialRing]
same_relation [definition, in Coq.Sets.Relations_1]
Same_set [definition, in Coq.Sets.Ensembles]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_relation [definition, in Coq.Sets.Relations_1]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_gen [lemma, in Coq.setoid_ring.InitialRing]
same_relation [definition, in Coq.Sets.Relations_1]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_gen [lemma, in Coq.setoid_ring.InitialRing]
same_relation [definition, in Coq.Sets.Relations_1]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_genN [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation [definition, in Coq.Sets.Relations_1]
same_genN [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
Same_set [definition, in Coq.Sets.Ensembles]
same_gen [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation [definition, in Coq.Sets.Relations_1]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_gen [lemma, in Coq.setoid_ring.InitialRing]
same_genN [lemma, in Coq.setoid_ring.InitialRing]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_relation [definition, in Coq.Relations.Relation_Definitions]
same_relation_is_equivalence [lemma, in Coq.Sets.Relations_1_facts]
same_genN [lemma, in Coq.setoid_ring.InitialRing]
Saux1 [lemma, in Coq.ring.Setoid_ring_theory]
Saux1 [lemma, in Coq.ring.Setoid_ring_theory]
Saux1 [lemma, in Coq.ring.Setoid_ring_theory]
Saux1 [lemma, in Coq.ring.Setoid_ring_theory]
Saux1 [lemma, in Coq.ring.Setoid_ring_theory]
Saux2 [lemma, in Coq.ring.Setoid_ring_theory]
Saux2 [lemma, in Coq.ring.Setoid_ring_theory]
Saux2 [lemma, in Coq.ring.Setoid_ring_theory]
Saux2 [lemma, in Coq.ring.Setoid_ring_theory]
Saux2 [lemma, in Coq.ring.Setoid_ring_theory]
sb [definition, in Coq.Logic.Hurkens]
sb [definition, in Coq.Logic.Hurkens]
scal_sum [lemma, in Coq.Reals.PartSum]
scal_sum [lemma, in Coq.Reals.PartSum]
scal_sum [lemma, in Coq.Reals.PartSum]
scal_sum [lemma, in Coq.Reals.PartSum]
scal_sum [lemma, in Coq.Reals.PartSum]
scal_sum [lemma, in Coq.Reals.PartSum]
scal_sum [lemma, in Coq.Reals.PartSum]
scal_sum [lemma, in Coq.Reals.PartSum]
Sdep [module, in Coq.FSets.FSetInterface]
Sdep [module, in Coq.FSets.FSetInterface]
Sdep [module, in Coq.FSets.FSetInterface]
Sdep [module, in Coq.FSets.FSetInterface]
Sdep.add [axiom, in Coq.FSets.FSetInterface]
Sdep.Add [definition, in Coq.FSets.FSetInterface]
Sdep.Add [definition, in Coq.FSets.FSetInterface]
Sdep.add [axiom, in Coq.FSets.FSetInterface]
Sdep.add [axiom, in Coq.FSets.FSetInterface]
Sdep.Add [definition, in Coq.FSets.FSetInterface]
Sdep.cardinal [axiom, in Coq.FSets.FSetInterface]
Sdep.cardinal [axiom, in Coq.FSets.FSetInterface]
Sdep.cardinal [axiom, in Coq.FSets.FSetInterface]
Sdep.cardinal [axiom, in Coq.FSets.FSetInterface]
Sdep.cardinal [axiom, in Coq.FSets.FSetInterface]
Sdep.cardinal [axiom, in Coq.FSets.FSetInterface]
Sdep.cardinal [axiom, in Coq.FSets.FSetInterface]
Sdep.cardinal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose [axiom, in Coq.FSets.FSetInterface]
Sdep.choose [axiom, in Coq.FSets.FSetInterface]
Sdep.choose [axiom, in Coq.FSets.FSetInterface]
Sdep.choose [axiom, in Coq.FSets.FSetInterface]
Sdep.choose [axiom, in Coq.FSets.FSetInterface]
Sdep.choose [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.choose_equal [axiom, in Coq.FSets.FSetInterface]
Sdep.compare [axiom, in Coq.FSets.FSetInterface]
Sdep.compare [axiom, in Coq.FSets.FSetInterface]
Sdep.compare [axiom, in Coq.FSets.FSetInterface]
Sdep.compare [axiom, in Coq.FSets.FSetInterface]
Sdep.compare [axiom, in Coq.FSets.FSetInterface]
Sdep.compare [axiom, in Coq.FSets.FSetInterface]
Sdep.compare [axiom, in Coq.FSets.FSetInterface]
Sdep.diff [axiom, in Coq.FSets.FSetInterface]
Sdep.diff [axiom, in Coq.FSets.FSetInterface]
Sdep.diff [axiom, in Coq.FSets.FSetInterface]
Sdep.diff [axiom, in Coq.FSets.FSetInterface]
Sdep.E [module, in Coq.FSets.FSetInterface]
Sdep.elements [axiom, in Coq.FSets.FSetInterface]
Sdep.elements [axiom, in Coq.FSets.FSetInterface]
Sdep.elements [axiom, in Coq.FSets.FSetInterface]
Sdep.elements [axiom, in Coq.FSets.FSetInterface]
Sdep.elements [axiom, in Coq.FSets.FSetInterface]
Sdep.elements [axiom, in Coq.FSets.FSetInterface]
Sdep.elements [axiom, in Coq.FSets.FSetInterface]
Sdep.elements [axiom, in Coq.FSets.FSetInterface]
Sdep.elt [definition, in Coq.FSets.FSetInterface]
Sdep.elt [definition, in Coq.FSets.FSetInterface]
Sdep.elt [definition, in Coq.FSets.FSetInterface]
Sdep.Empty [definition, in Coq.FSets.FSetInterface]
Sdep.empty [axiom, in Coq.FSets.FSetInterface]
Sdep.Empty [definition, in Coq.FSets.FSetInterface]
Sdep.empty [axiom, in Coq.FSets.FSetInterface]
Sdep.Empty [definition, in Coq.FSets.FSetInterface]
Sdep.empty [axiom, in Coq.FSets.FSetInterface]
Sdep.Empty [definition, in Coq.FSets.FSetInterface]
Sdep.empty [axiom, in Coq.FSets.FSetInterface]
Sdep.Empty [definition, in Coq.FSets.FSetInterface]
Sdep.empty [axiom, in Coq.FSets.FSetInterface]
Sdep.eq [definition, in Coq.FSets.FSetInterface]
Sdep.eq [definition, in Coq.FSets.FSetInterface]
Sdep.Equal [definition, in Coq.FSets.FSetInterface]
Sdep.equal [axiom, in Coq.FSets.FSetInterface]
Sdep.Equal [definition, in Coq.FSets.FSetInterface]
Sdep.equal [axiom, in Coq.FSets.FSetInterface]
Sdep.Equal [definition, in Coq.FSets.FSetInterface]
Sdep.equal [axiom, in Coq.FSets.FSetInterface]
Sdep.Equal [definition, in Coq.FSets.FSetInterface]
Sdep.equal [axiom, in Coq.FSets.FSetInterface]
Sdep.Equal [definition, in Coq.FSets.FSetInterface]
Sdep.equal [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_In [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_In [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_In [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_refl [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_In [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_sym [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_refl [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_In [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_sym [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_refl [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_refl [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_sym [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_refl [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_refl [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_sym [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_refl [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_sym [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_sym [axiom, in Coq.FSets.FSetInterface]
Sdep.eq_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.Exists [definition, in Coq.FSets.FSetInterface]
Sdep.Exists [definition, in Coq.FSets.FSetInterface]
Sdep.Exists [definition, in Coq.FSets.FSetInterface]
Sdep.Exists [definition, in Coq.FSets.FSetInterface]
Sdep.Exists [definition, in Coq.FSets.FSetInterface]
Sdep.Exists [definition, in Coq.FSets.FSetInterface]
Sdep.exists_ [axiom, in Coq.FSets.FSetInterface]
Sdep.exists_ [axiom, in Coq.FSets.FSetInterface]
Sdep.exists_ [axiom, in Coq.FSets.FSetInterface]
Sdep.exists_ [axiom, in Coq.FSets.FSetInterface]
Sdep.exists_ [axiom, in Coq.FSets.FSetInterface]
Sdep.exists_ [axiom, in Coq.FSets.FSetInterface]
Sdep.exists_ [axiom, in Coq.FSets.FSetInterface]
Sdep.filter [axiom, in Coq.FSets.FSetInterface]
Sdep.filter [axiom, in Coq.FSets.FSetInterface]
Sdep.filter [axiom, in Coq.FSets.FSetInterface]
Sdep.filter [axiom, in Coq.FSets.FSetInterface]
Sdep.filter [axiom, in Coq.FSets.FSetInterface]
Sdep.filter [axiom, in Coq.FSets.FSetInterface]
Sdep.fold [axiom, in Coq.FSets.FSetInterface]
Sdep.fold [axiom, in Coq.FSets.FSetInterface]
Sdep.fold [axiom, in Coq.FSets.FSetInterface]
Sdep.fold [axiom, in Coq.FSets.FSetInterface]
Sdep.For_all [definition, in Coq.FSets.FSetInterface]
Sdep.For_all [definition, in Coq.FSets.FSetInterface]
Sdep.for_all [axiom, in Coq.FSets.FSetInterface]
Sdep.For_all [definition, in Coq.FSets.FSetInterface]
Sdep.for_all [axiom, in Coq.FSets.FSetInterface]
Sdep.For_all [definition, in Coq.FSets.FSetInterface]
Sdep.for_all [axiom, in Coq.FSets.FSetInterface]
Sdep.For_all [definition, in Coq.FSets.FSetInterface]
Sdep.For_all [definition, in Coq.FSets.FSetInterface]
Sdep.for_all [axiom, in Coq.FSets.FSetInterface]
Sdep.for_all [axiom, in Coq.FSets.FSetInterface]
Sdep.For_all [definition, in Coq.FSets.FSetInterface]
Sdep.for_all [axiom, in Coq.FSets.FSetInterface]
Sdep.for_all [axiom, in Coq.FSets.FSetInterface]
Sdep.In [axiom, in Coq.FSets.FSetInterface]
Sdep.In [axiom, in Coq.FSets.FSetInterface]
Sdep.inter [axiom, in Coq.FSets.FSetInterface]
Sdep.inter [axiom, in Coq.FSets.FSetInterface]
Sdep.inter [axiom, in Coq.FSets.FSetInterface]
Sdep.inter [axiom, in Coq.FSets.FSetInterface]
Sdep.inter [axiom, in Coq.FSets.FSetInterface]
Sdep.is_empty [axiom, in Coq.FSets.FSetInterface]
Sdep.is_empty [axiom, in Coq.FSets.FSetInterface]
Sdep.is_empty [axiom, in Coq.FSets.FSetInterface]
Sdep.is_empty [axiom, in Coq.FSets.FSetInterface]
Sdep.is_empty [axiom, in Coq.FSets.FSetInterface]
Sdep.is_empty [axiom, in Coq.FSets.FSetInterface]
Sdep.is_empty [axiom, in Coq.FSets.FSetInterface]
Sdep.is_empty [axiom, in Coq.FSets.FSetInterface]
Sdep.lt [axiom, in Coq.FSets.FSetInterface]
Sdep.lt [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sdep.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sdep.max_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.max_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.max_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.max_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.max_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.max_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.max_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.mem [axiom, in Coq.FSets.FSetInterface]
Sdep.mem [axiom, in Coq.FSets.FSetInterface]
Sdep.mem [axiom, in Coq.FSets.FSetInterface]
Sdep.min_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.min_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.min_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.min_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.min_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.min_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.min_elt [axiom, in Coq.FSets.FSetInterface]
Sdep.partition [axiom, in Coq.FSets.FSetInterface]
Sdep.partition [axiom, in Coq.FSets.FSetInterface]
Sdep.partition [axiom, in Coq.FSets.FSetInterface]
Sdep.partition [axiom, in Coq.FSets.FSetInterface]
Sdep.partition [axiom, in Coq.FSets.FSetInterface]
Sdep.partition [axiom, in Coq.FSets.FSetInterface]
Sdep.partition [axiom, in Coq.FSets.FSetInterface]
Sdep.partition [axiom, in Coq.FSets.FSetInterface]
Sdep.partition [axiom, in Coq.FSets.FSetInterface]
Sdep.remove [axiom, in Coq.FSets.FSetInterface]
Sdep.remove [axiom, in Coq.FSets.FSetInterface]
Sdep.remove [axiom, in Coq.FSets.FSetInterface]
Sdep.remove [axiom, in Coq.FSets.FSetInterface]
Sdep.remove [axiom, in Coq.FSets.FSetInterface]
Sdep.remove [axiom, in Coq.FSets.FSetInterface]
Sdep.singleton [axiom, in Coq.FSets.FSetInterface]
Sdep.singleton [axiom, in Coq.FSets.FSetInterface]
Sdep.singleton [axiom, in Coq.FSets.FSetInterface]
Sdep.singleton [axiom, in Coq.FSets.FSetInterface]
Sdep.singleton [axiom, in Coq.FSets.FSetInterface]
Sdep.singleton [axiom, in Coq.FSets.FSetInterface]
Sdep.singleton [axiom, in Coq.FSets.FSetInterface]
Sdep.singleton [axiom, in Coq.FSets.FSetInterface]
Sdep.singleton [axiom, in Coq.FSets.FSetInterface]
Sdep.subset [axiom, in Coq.FSets.FSetInterface]
Sdep.Subset [definition, in Coq.FSets.FSetInterface]
Sdep.subset [axiom, in Coq.FSets.FSetInterface]
Sdep.Subset [definition, in Coq.FSets.FSetInterface]
Sdep.subset [axiom, in Coq.FSets.FSetInterface]
Sdep.Subset [definition, in Coq.FSets.FSetInterface]
Sdep.subset [axiom, in Coq.FSets.FSetInterface]
Sdep.Subset [definition, in Coq.FSets.FSetInterface]
Sdep.Subset [definition, in Coq.FSets.FSetInterface]
Sdep.subset [axiom, in Coq.FSets.FSetInterface]
Sdep.Subset [definition, in Coq.FSets.FSetInterface]
Sdep.subset [axiom, in Coq.FSets.FSetInterface]
Sdep.t [axiom, in Coq.FSets.FSetInterface]
Sdep.union [axiom, in Coq.FSets.FSetInterface]
Sdep.union [axiom, in Coq.FSets.FSetInterface]
Sdep.union [axiom, in Coq.FSets.FSetInterface]
Sdep.union [axiom, in Coq.FSets.FSetInterface]
Sdep.union [axiom, in Coq.FSets.FSetInterface]
_ [=] _ [notation, in Coq.FSets.FSetInterface]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
semi_rings.Aone [variable, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_rings.Aeq [variable, in Coq.ring.Ring_normalize]
semi_morph [record, in Coq.setoid_ring.Ring_theory]
semi_rings.Amult [variable, in Coq.ring.Ring_normalize]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
semi_morph [record, in Coq.setoid_ring.Ring_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_rings.vm [variable, in Coq.ring.Ring_normalize]
semi_morph [record, in Coq.setoid_ring.Ring_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_rings.Aeq [variable, in Coq.ring.Ring_normalize]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
semi_rings.A [variable, in Coq.ring.Ring_normalize]
semi_rings.Amult [variable, in Coq.ring.Ring_normalize]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_morph [record, in Coq.setoid_ring.Ring_theory]
semi_rings.Aone [variable, in Coq.ring.Ring_normalize]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_morph [record, in Coq.setoid_ring.Ring_theory]
semi_rings.vm [variable, in Coq.ring.Ring_normalize]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_rings.Azero [variable, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_rings.Amult [variable, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
semi_morph [record, in Coq.setoid_ring.Ring_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_rings.Aplus [variable, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_morph [record, in Coq.setoid_ring.Ring_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
semi_rings.Azero [variable, in Coq.ring.Ring_normalize]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
semi_rings [section, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_rings.Amult [variable, in Coq.ring.Ring_normalize]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
semi_rings.Aplus [variable, in Coq.ring.Ring_normalize]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_rings.Amult [variable, in Coq.ring.Ring_normalize]
semi_rings.Azero [variable, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_rings [section, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
semi_rings [section, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
semi_rings.Aplus [variable, in Coq.ring.Ring_normalize]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
semi_rings.Azero [variable, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_rings [section, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_rings [section, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_rings.Aplus [variable, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
semi_rings.Azero [variable, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
semi_rings [section, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_rings.Aplus [variable, in Coq.ring.Ring_normalize]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
semi_rings [section, in Coq.ring.Ring_normalize]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Setoid_Ring_Theory_of [definition, in Coq.ring.Setoid_ring_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_rings [section, in Coq.ring.Ring_normalize]
semi_rings.Aone [variable, in Coq.ring.Ring_normalize]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory [record, in Coq.ring.LegacyRing_theory]
semi_rings [section, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_morph [record, in Coq.setoid_ring.Ring_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_rings.Aone [variable, in Coq.ring.Ring_normalize]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_ring_theory [record, in Coq.setoid_ring.Ring_theory]
semi_rings.Aeq [variable, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_rings [section, in Coq.ring.Ring_normalize]
semi_morph [record, in Coq.setoid_ring.Ring_theory]
semi_rings.T [variable, in Coq.ring.Ring_normalize]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
Semi_Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
semi_morph [record, in Coq.setoid_ring.Ring_theory]
Semi_Ring_Theory_of [definition, in Coq.ring.LegacyRing_theory]
semi_field_theory [record, in Coq.setoid_ring.Field_theory]
seq [definition, in Coq.Sets.Uniset]
seq [definition, in Coq.Sets.Uniset]
seq [definition, in Coq.Sets.Uniset]
seq [definition, in Coq.Lists.List]
seq [definition, in Coq.Lists.List]
seq [definition, in Coq.Lists.List]
SeqProp [library]
SeqSeries [library]
sequence [section, in Coq.Reals.Rseries]
sequence [section, in Coq.Reals.Rseries]
sequence [section, in Coq.Reals.Rseries]
sequence [section, in Coq.Reals.Rseries]
sequence [section, in Coq.Reals.Rseries]
sequence [section, in Coq.Reals.Rseries]
sequence [section, in Coq.Reals.Rseries]
sequence [section, in Coq.Reals.Rseries]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_ub [definition, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_minorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_majorant [abbreviation, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence_lb [definition, in Coq.Reals.SeqProp]
sequence.Un [variable, in Coq.Reals.Rseries]
sequence.Un [variable, in Coq.Reals.Rseries]
seq_congr [lemma, in Coq.Sets.Uniset]
seq_length [lemma, in Coq.Lists.List]
seq_refl [lemma, in Coq.Sets.Uniset]
Seq_sym [definition, in Coq.Setoids.Setoid]
Seq_refl [definition, in Coq.Setoids.Setoid]
seq_shift [lemma, in Coq.Lists.List]
Seq_refl [definition, in Coq.Setoids.Setoid]
seq_sym [lemma, in Coq.Sets.Uniset]
seq_shift [lemma, in Coq.Lists.List]
seq_left [lemma, in Coq.Sets.Uniset]
seq_congr [lemma, in Coq.Sets.Uniset]
Seq_trans [definition, in Coq.Setoids.Setoid]
seq_shift [lemma, in Coq.Lists.List]
seq_sym [lemma, in Coq.Sets.Uniset]
seq_shift [lemma, in Coq.Lists.List]
seq_left [lemma, in Coq.Sets.Uniset]
seq_congr [lemma, in Coq.Sets.Uniset]
Seq_trans [definition, in Coq.Setoids.Setoid]
seq_left [lemma, in Coq.Sets.Uniset]
seq_congr [lemma, in Coq.Sets.Uniset]
seq_length [lemma, in Coq.Lists.List]
Seq_sym [definition, in Coq.Setoids.Setoid]
seq_left [lemma, in Coq.Sets.Uniset]
seq_congr [lemma, in Coq.Sets.Uniset]
seq_length [lemma, in Coq.Lists.List]
Seq_refl [definition, in Coq.Setoids.Setoid]
seq_length [lemma, in Coq.Lists.List]
seq_refl [lemma, in Coq.Sets.Uniset]
seq_left [lemma, in Coq.Sets.Uniset]
seq_congr [lemma, in Coq.Sets.Uniset]
seq_right [lemma, in Coq.Sets.Uniset]
seq_refl [lemma, in Coq.Sets.Uniset]
Seq_sym [definition, in Coq.Setoids.Setoid]
seq_nth [lemma, in Coq.Lists.List]
seq_congr [lemma, in Coq.Sets.Uniset]
seq_nth [lemma, in Coq.Lists.List]
seq_right [lemma, in Coq.Sets.Uniset]
Seq_trans [definition, in Coq.Setoids.Setoid]
seq_nth [lemma, in Coq.Lists.List]
Seq_trans [definition, in Coq.Setoids.Setoid]
seq_trans [lemma, in Coq.Sets.Uniset]
seq_right [lemma, in Coq.Sets.Uniset]
Seq_refl [definition, in Coq.Setoids.Setoid]
seq_trans [lemma, in Coq.Sets.Uniset]
seq_right [lemma, in Coq.Sets.Uniset]
seq_shift [lemma, in Coq.Lists.List]
seq_trans [lemma, in Coq.Sets.Uniset]
seq_right [lemma, in Coq.Sets.Uniset]
Seq_sym [definition, in Coq.Setoids.Setoid]
seq_shift [lemma, in Coq.Lists.List]
seq_shift [lemma, in Coq.Lists.List]
seq_trans [lemma, in Coq.Sets.Uniset]
Seq_trans [definition, in Coq.Setoids.Setoid]
Seq_trans [definition, in Coq.Setoids.Setoid]
seq_trans [lemma, in Coq.Sets.Uniset]
seq_length [lemma, in Coq.Lists.List]
Seq_refl [definition, in Coq.Setoids.Setoid]
seq_trans [lemma, in Coq.Sets.Uniset]
seq_length [lemma, in Coq.Lists.List]
seq_length [lemma, in Coq.Lists.List]
seq_right [lemma, in Coq.Sets.Uniset]
seq_length [lemma, in Coq.Lists.List]
seq_trans [lemma, in Coq.Sets.Uniset]
Seq_sym [definition, in Coq.Setoids.Setoid]
seq_right [lemma, in Coq.Sets.Uniset]
Seq_refl [definition, in Coq.Setoids.Setoid]
seq_nth [lemma, in Coq.Lists.List]
seq_trans [lemma, in Coq.Sets.Uniset]
Seq_trans [definition, in Coq.Setoids.Setoid]
seq_nth [lemma, in Coq.Lists.List]
seq_right [lemma, in Coq.Sets.Uniset]
Seq_trans [definition, in Coq.Setoids.Setoid]
seq_nth [lemma, in Coq.Lists.List]
seq_trans [lemma, in Coq.Sets.Uniset]
seq_nth [lemma, in Coq.Lists.List]
seq_right [lemma, in Coq.Sets.Uniset]
Seq_refl [definition, in Coq.Setoids.Setoid]
seq_refl [lemma, in Coq.Sets.Uniset]
seq_sym [lemma, in Coq.Sets.Uniset]
seq_refl [lemma, in Coq.Sets.Uniset]
Seq_sym [definition, in Coq.Setoids.Setoid]
Seq_refl [definition, in Coq.Setoids.Setoid]
seq_sym [lemma, in Coq.Sets.Uniset]
seq_shift [lemma, in Coq.Lists.List]
Seq_trans [definition, in Coq.Setoids.Setoid]
seq_refl [lemma, in Coq.Sets.Uniset]
seq_shift [lemma, in Coq.Lists.List]
seq_sym [lemma, in Coq.Sets.Uniset]
seq_left [lemma, in Coq.Sets.Uniset]
seq_congr [lemma, in Coq.Sets.Uniset]
seq_refl [lemma, in Coq.Sets.Uniset]
seq_sym [lemma, in Coq.Sets.Uniset]
seq_left [lemma, in Coq.Sets.Uniset]
seq_congr [lemma, in Coq.Sets.Uniset]
seq_refl [lemma, in Coq.Sets.Uniset]
seq_length [lemma, in Coq.Lists.List]
seq_length [lemma, in Coq.Lists.List]
seq_sym [lemma, in Coq.Sets.Uniset]
Seq_sym [definition, in Coq.Setoids.Setoid]
seq_left [lemma, in Coq.Sets.Uniset]
set [definition, in Coq.Lists.ListSet]
set [definition, in Coq.Lists.ListSet]
set [definition, in Coq.Lists.ListSet]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_inv [lemma, in Coq.Sets.Powerset_Classical_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
setcover_intro [lemma, in Coq.Sets.Powerset_facts]
SetIncl [section, in Coq.Lists.List]
SetIncl [section, in Coq.Lists.List]
SetIncl [section, in Coq.Lists.List]
SetIncl [section, in Coq.Lists.List]
SetIncl [section, in Coq.Lists.List]
SetIncl [section, in Coq.Lists.List]
SetIncl [section, in Coq.Lists.List]
SetIncl.A [variable, in Coq.Lists.List]
SetIsType [library]
Setminus [definition, in Coq.Sets.Ensembles]
Setminus [definition, in Coq.Sets.Ensembles]
Setminus [definition, in Coq.Sets.Ensembles]
Setminus [definition, in Coq.Sets.Ensembles]
Setminus [definition, in Coq.Sets.Ensembles]
Setminus [definition, in Coq.Sets.Ensembles]
Setminus [definition, in Coq.Sets.Ensembles]
Setminus [definition, in Coq.Sets.Ensembles]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setminus_intro [lemma, in Coq.Sets.Constructive_sets]
Setoid [record, in Coq.Classes.SetoidClass]
setoid [section, in Coq.ring.Setoid_ring_normalize]
setoid [section, in Coq.ring.Setoid_ring_normalize]
setoid [section, in Coq.ring.Setoid_ring_normalize]
Setoid [record, in Coq.Classes.SetoidClass]
Setoid [record, in Coq.Classes.SetoidClass]
Setoid [record, in Coq.Classes.SetoidClass]
setoid [section, in Coq.ring.Setoid_ring_normalize]
Setoid [record, in Coq.Classes.SetoidClass]
setoid [section, in Coq.ring.Setoid_ring_normalize]
Setoid [record, in Coq.Classes.SetoidClass]
setoid [section, in Coq.ring.Setoid_ring_normalize]
Setoid [library]
SetoidClass [library]
SetoidDec [library]
SetoidList [library]
SetoidTactics [library]
Setoid_rings.opp_morph [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Aeq [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aplus [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_semi_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.opp_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
1 [notation, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Amult [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
setoid_sym [definition, in Coq.Classes.SetoidClass]
Setoid_rings.opp_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.opp_def [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
setoid_sym [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.opp_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aeq [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.opp_def [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aplus [variable, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.opp_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aplus [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_sym [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_semi_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Amult [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
0 [notation, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
setoid_sym [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.opp_def [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
_ + _ [notation, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.mult_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Amult [variable, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_sym [definition, in Coq.Classes.SetoidClass]
Setoid_rings.opp_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_setoid_rings.opp_def [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Aone [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
setoid_sym [definition, in Coq.Classes.SetoidClass]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.mult_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_trans [definition, in Coq.Classes.SetoidClass]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.opp_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.power_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Aone [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.S [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.mult_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.opp_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
setoid_sym [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.power_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Azero [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.mult_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Amult [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
setoid_sym [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.power_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_semi_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.mult_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings.opp_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_rings.power_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aequiv [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aone [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.plus_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
_ * _ [notation, in Coq.ring.Setoid_ring_theory]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.mult_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_sym [definition, in Coq.Classes.SetoidClass]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.product_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.mult_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Azero [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Amult [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings.power_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_rings.plus_morph [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings.Theory_of_semi_setoid_rings.T [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.mult_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
- _ [notation, in Coq.ring.Setoid_ring_theory]
Setoid_rings.A [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_semi_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aopp [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.power_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aequiv [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.plus_morph [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings [section, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.mult_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_rings.power_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aequiv [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aone [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.plus_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings.Theory_of_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.mult_morph [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Azero [variable, in Coq.ring.Setoid_ring_theory]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.power_ring [section, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_rings.plus_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Azero [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
setoid_trans [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Aopp [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.power_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aequiv [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.plus_morph [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings.Aeq [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.opp_def [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aplus [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
_ == _ [notation, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aopp [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.T [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.power_ring [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Aequiv [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_refl [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.plus_morph [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Theory [definition, in Coq.Setoids.Setoid]
Setoid_rings.Theory_of_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.plus_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_rings.Azero [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.opp_def [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_equiv [projection, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_semi_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.EquivDec]
setoid_decidable [constructor, in Coq.Classes.EquivDec]
Setoid_rings.plus_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.opp_def [variable, in Coq.ring.Setoid_ring_theory]
Setoid_Ring_Theory [record, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.equiv_trans [variable, in Coq.ring.Setoid_ring_theory]
setoid_partial_app_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Aplus [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_assoc [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_reg_left [variable, in Coq.ring.Setoid_ring_theory]
setoid_refl [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings.mult_assoc [variable, in Coq.ring.Setoid_ring_theory]
setoid_decidable [projection, in Coq.Classes.SetoidDec]
setoid_decidable [constructor, in Coq.Classes.SetoidDec]
Setoid_rings.Aopp [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.equiv_sym [variable, in Coq.ring.Setoid_ring_theory]
setoid_morphism [instance, in Coq.Classes.SetoidClass]
Setoid_rings.Theory_of_setoid_rings [section, in Coq.ring.Setoid_ring_theory]
setoid_sym [definition, in Coq.Classes.SetoidClass]
Setoid_rings.Aequiv [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.distr_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_setoid_rings.mult_comm [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.mult_one_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.Theory_of_semi_setoid_rings.plus_zero_left [variable, in Coq.ring.Setoid_ring_theory]
Setoid_rings.plus_morph [variable, in Coq.ring.Setoid_ring_theory]
Setoid_ring_normalize [library]
Setoid_ring_theory [library]
Setoid_ring [library]
setoid.A [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aeq [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aeq [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aeq [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aequiv [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aequiv [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aequiv [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aequiv [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aequiv [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aequiv [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Amult [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Amult [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Amult [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Amult [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Amult [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aone [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aone [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aone [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aone [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aopp [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aopp [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aopp [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aopp [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aplus [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aplus [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aplus [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aplus [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Aplus [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Azero [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Azero [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Azero [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Azero [variable, in Coq.ring.Setoid_ring_normalize]
setoid.Azero [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_sym [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_refl [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_sym [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_refl [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_sym [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_refl [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_sym [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_sym [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_refl [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_sym [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_refl [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_refl [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_refl [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_sym [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_refl [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_sym [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_refl [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_sym [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_refl [variable, in Coq.ring.Setoid_ring_normalize]
setoid.equiv_trans [variable, in Coq.ring.Setoid_ring_normalize]
setoid.mult_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.mult_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.mult_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.mult_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.mult_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.mult_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.mult_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.mult_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.mult_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.mult_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.opp_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.opp_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.opp_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.opp_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.opp_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.opp_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.opp_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.opp_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.opp_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.plus_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.plus_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.plus_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.plus_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.plus_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.plus_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.plus_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.plus_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.plus_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.plus_morph [variable, in Coq.ring.Setoid_ring_normalize]
setoid.S [variable, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings.vm [variable, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings.vm [variable, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings.T [variable, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.semi_setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings.vm [variable, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings.T [variable, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings.vm [variable, in Coq.ring.Setoid_ring_normalize]
setoid.setoid_rings [section, in Coq.ring.Setoid_ring_normalize]
SetPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetPmult [constructor, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setpolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setpolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
SetPopp [constructor, in Coq.ring.Setoid_ring_normalize]
SetPopp [constructor, in Coq.ring.Setoid_ring_normalize]
SetPopp [constructor, in Coq.ring.Setoid_ring_normalize]
SetPopp [constructor, in Coq.ring.Setoid_ring_normalize]
SetPopp [constructor, in Coq.ring.Setoid_ring_normalize]
SetPopp [constructor, in Coq.ring.Setoid_ring_normalize]
SetPopp [constructor, in Coq.ring.Setoid_ring_normalize]
SetPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetPvar [constructor, in Coq.ring.Setoid_ring_normalize]
Sets [module, in Coq.MSets.MSetInterface]
Sets [module, in Coq.MSets.MSetInterface]
Sets [module, in Coq.MSets.MSetInterface]
Sets [module, in Coq.MSets.MSetInterface]
SetsOn [module, in Coq.MSets.MSetInterface]
SetsOn [module, in Coq.MSets.MSetInterface]
SetsOn [module, in Coq.MSets.MSetInterface]
SetsOn [module, in Coq.MSets.MSetInterface]
SetsOn [module, in Coq.MSets.MSetInterface]
SetsOn [module, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.choose_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.compare_spec [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.elements_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.max_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec2 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec3 [axiom, in Coq.MSets.MSetInterface]
SetsOn.min_elt_spec1 [axiom, in Coq.MSets.MSetInterface]
SetsOn.Spec [section, in Coq.MSets.MSetInterface]
SetsOn.Spec [section, in Coq.MSets.MSetInterface]
SetsOn.Spec [section, in Coq.MSets.MSetInterface]
SetsOn.Spec [section, in Coq.MSets.MSetInterface]
SetsOn.Spec.s [variable, in Coq.MSets.MSetInterface]
SetsOn.Spec.s' [variable, in Coq.MSets.MSetInterface]
SetsOn.Spec.s' [variable, in Coq.MSets.MSetInterface]
SetsOn.Spec.x [variable, in Coq.MSets.MSetInterface]
SetsOn.Spec.y [variable, in Coq.MSets.MSetInterface]
SetSPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPconst [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPmult [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPmult [constructor, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial [inductive, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of [definition, in Coq.ring.Setoid_ring_normalize]
setspolynomial_simplify_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_of_ok [lemma, in Coq.ring.Setoid_ring_normalize]
setspolynomial_normalize [definition, in Coq.ring.Setoid_ring_normalize]
SetSPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPplus [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPvar [constructor, in Coq.ring.Setoid_ring_normalize]
SetSPvar [constructor, in Coq.ring.Setoid_ring_normalize]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra.U [variable, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra.U [variable, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets_as_an_algebra [section, in Coq.Sets.Powerset_Classical_facts]
Sets.E [module, in Coq.MSets.MSetInterface]
set_fold_left [definition, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_remove [definition, in Coq.Lists.ListSet]
set_add [definition, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_remove [definition, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_diff [definition, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_union [definition, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_union [definition, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_power [definition, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_power [definition, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_In_dec [lemma, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_map [definition, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_prod [definition, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_In_dec [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_prod [definition, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_In [definition, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_inter [definition, in Coq.Lists.ListSet]
set_mem [definition, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_inter [definition, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_map [definition, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_diff [definition, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_remove [definition, in Coq.Lists.ListSet]
set_add [definition, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_remove [definition, in Coq.Lists.ListSet]
set_add [definition, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_union [definition, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_union [definition, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_power [definition, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_power [definition, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_In_dec [lemma, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_In_dec [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_map [definition, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_prod [definition, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_In [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_inter [definition, in Coq.Lists.ListSet]
set_mem [definition, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_inter [definition, in Coq.Lists.ListSet]
set_mem [definition, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_map [definition, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_diff [definition, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_diff [definition, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_remove [definition, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_remove [definition, in Coq.Lists.ListSet]
set_add [definition, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_diff [definition, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_union [definition, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_power [definition, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_power [definition, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_In_dec [lemma, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_map [definition, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_prod [definition, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_In_dec [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_prod [definition, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_In [definition, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_inter [definition, in Coq.Lists.ListSet]
set_mem [definition, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_diff [definition, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_remove [definition, in Coq.Lists.ListSet]
set_add [definition, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_remove [definition, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_union [definition, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_union [definition, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_power [definition, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_power [definition, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_In_dec [lemma, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_prod [definition, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_In_dec [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_prod [definition, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_In [definition, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_In [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_inter [definition, in Coq.Lists.ListSet]
set_mem [definition, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_inter [definition, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_map [definition, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_diff [definition, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_fold_left [definition, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_remove [definition, in Coq.Lists.ListSet]
set_add [definition, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_add_elim2 [lemma, in Coq.Lists.ListSet]
set_remove [definition, in Coq.Lists.ListSet]
set_add [definition, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_union_elim [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_diff_trivial [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_inter_elim2 [lemma, in Coq.Lists.ListSet]
set_union [definition, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_add_intro [lemma, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_mem_correct2 [lemma, in Coq.Lists.ListSet]
set_union [definition, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_union_emptyR [lemma, in Coq.Lists.ListSet]
set_diff_elim1 [lemma, in Coq.Lists.ListSet]
set_union_intro1 [lemma, in Coq.Lists.ListSet]
set_power [definition, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_mem_ind2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_In_dec [lemma, in Coq.Lists.ListSet]
set_inter_elim [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_In_dec [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_map [definition, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_mem_correct1 [lemma, in Coq.Lists.ListSet]
set_prod [definition, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_union_intro [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_mem_complete1 [lemma, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_diff_elim2 [lemma, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_union_emptyL [lemma, in Coq.Lists.ListSet]
set_add_intro1 [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_In [definition, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter [definition, in Coq.Lists.ListSet]
set_mem [definition, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_not_empty [lemma, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_inter [definition, in Coq.Lists.ListSet]
set_mem [definition, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_add_intro2 [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_diff_intro [lemma, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
set_inter_intro [lemma, in Coq.Lists.ListSet]
set_inter_elim1 [lemma, in Coq.Lists.ListSet]
set_union_intro2 [lemma, in Coq.Lists.ListSet]
set_add_elim [lemma, in Coq.Lists.ListSet]
set_mem_complete2 [lemma, in Coq.Lists.ListSet]
set_diff [definition, in Coq.Lists.ListSet]
set_mem_ind [lemma, in Coq.Lists.ListSet]
set_fold_right [definition, in Coq.Lists.ListSet]
SFdiv_def [projection, in Coq.setoid_ring.Field_theory]
SFdiv_def [projection, in Coq.setoid_ring.Field_theory]
SFdiv_def [projection, in Coq.setoid_ring.Field_theory]
SFdiv_def [projection, in Coq.setoid_ring.Field_theory]
SFdiv_def [projection, in Coq.setoid_ring.Field_theory]
SFdiv_def [projection, in Coq.setoid_ring.Field_theory]
SFdiv_def [projection, in Coq.setoid_ring.Field_theory]
SFdiv_def [projection, in Coq.setoid_ring.Field_theory]
SFdiv_def [projection, in Coq.setoid_ring.Field_theory]
SFinv_l [projection, in Coq.setoid_ring.Field_theory]
SFinv_l [projection, in Coq.setoid_ring.Field_theory]
SFinv_l [projection, in Coq.setoid_ring.Field_theory]
SFinv_l [projection, in Coq.setoid_ring.Field_theory]
SFinv_l [projection, in Coq.setoid_ring.Field_theory]
SFinv_l [projection, in Coq.setoid_ring.Field_theory]
SFinv_l [projection, in Coq.setoid_ring.Field_theory]
SFL [definition, in Coq.Reals.PSeries_reg]
SFL [definition, in Coq.Reals.PSeries_reg]
SFL [definition, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity_pt [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
SFL_continuity [lemma, in Coq.Reals.PSeries_reg]
Sfun [module, in Coq.FSets.FSetInterface]
Sfun [module, in Coq.FSets.FMapInterface]
Sfun [module, in Coq.FSets.FSetInterface]
Sfun [module, in Coq.FSets.FMapInterface]
Sfun [module, in Coq.FSets.FSetInterface]
Sfun [module, in Coq.FSets.FMapInterface]
Sfun [module, in Coq.FSets.FSetInterface]
Sfun [module, in Coq.FSets.FMapInterface]
Sfun.choose_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.choose_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.choose_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.choose_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.choose_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.choose_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.choose_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.choose_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.compare [axiom, in Coq.FSets.FSetInterface]
Sfun.compare [axiom, in Coq.FSets.FSetInterface]
Sfun.compare [axiom, in Coq.FSets.FSetInterface]
Sfun.compare [axiom, in Coq.FSets.FSetInterface]
Sfun.compare [axiom, in Coq.FSets.FSetInterface]
Sfun.compare [axiom, in Coq.FSets.FSetInterface]
Sfun.compare [axiom, in Coq.FSets.FSetInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FMapInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FMapInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FMapInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FMapInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FMapInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FMapInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FMapInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FMapInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FMapInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FMapInterface]
Sfun.elements_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.elt [section, in Coq.FSets.FMapInterface]
Sfun.elt [section, in Coq.FSets.FMapInterface]
Sfun.elt [section, in Coq.FSets.FMapInterface]
Sfun.elt.elt [variable, in Coq.FSets.FMapInterface]
Sfun.elt.elt [variable, in Coq.FSets.FMapInterface]
Sfun.elt.elt [variable, in Coq.FSets.FMapInterface]
Sfun.lt [axiom, in Coq.FSets.FSetInterface]
Sfun.lt [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_key [definition, in Coq.FSets.FMapInterface]
Sfun.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_key [definition, in Coq.FSets.FMapInterface]
Sfun.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_key [definition, in Coq.FSets.FMapInterface]
Sfun.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_key [definition, in Coq.FSets.FMapInterface]
Sfun.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_key [definition, in Coq.FSets.FMapInterface]
Sfun.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_key [definition, in Coq.FSets.FMapInterface]
Sfun.lt_trans [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sfun.lt_not_eq [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.max_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_3 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_1 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.min_elt_2 [axiom, in Coq.FSets.FSetInterface]
Sfun.Spec [section, in Coq.FSets.FSetInterface]
Sfun.Spec [section, in Coq.FSets.FSetInterface]
Sfun.Spec [section, in Coq.FSets.FSetInterface]
Sfun.Spec [section, in Coq.FSets.FSetInterface]
Sfun.Spec.s [variable, in Coq.FSets.FSetInterface]
Sfun.Spec.s' [variable, in Coq.FSets.FSetInterface]
Sfun.Spec.s' [variable, in Coq.FSets.FSetInterface]
Sfun.Spec.s'' [variable, in Coq.FSets.FSetInterface]
Sfun.Spec.s'' [variable, in Coq.FSets.FSetInterface]
Sfun.Spec.s'' [variable, in Coq.FSets.FSetInterface]
Sfun.Spec.x [variable, in Coq.FSets.FSetInterface]
Sfun.Spec.y [variable, in Coq.FSets.FSetInterface]
SF_SR [projection, in Coq.setoid_ring.Field_theory]
SF_1_neq_0 [projection, in Coq.setoid_ring.Field_theory]
SF_1_neq_0 [projection, in Coq.setoid_ring.Field_theory]
SF_1_neq_0 [projection, in Coq.setoid_ring.Field_theory]
SF_1_neq_0 [projection, in Coq.setoid_ring.Field_theory]
SF_1_neq_0 [projection, in Coq.setoid_ring.Field_theory]
SF_1_neq_0 [projection, in Coq.setoid_ring.Field_theory]
SF_1_neq_0 [projection, in Coq.setoid_ring.Field_theory]
SF_1_neq_0 [projection, in Coq.setoid_ring.Field_theory]
SF_1_neq_0 [projection, in Coq.setoid_ring.Field_theory]
SF_SR [projection, in Coq.setoid_ring.Field_theory]
SF_1_neq_0 [projection, in Coq.setoid_ring.Field_theory]
SF_SR [projection, in Coq.setoid_ring.Field_theory]
SF_SR [projection, in Coq.setoid_ring.Field_theory]
SF_SR [projection, in Coq.setoid_ring.Field_theory]
SF2AF [definition, in Coq.setoid_ring.Field_theory]
SF2AF [definition, in Coq.setoid_ring.Field_theory]
SF2AF [definition, in Coq.setoid_ring.Field_theory]
SF2AF [definition, in Coq.setoid_ring.Field_theory]
SF2AF [definition, in Coq.setoid_ring.Field_theory]
shift [definition, in Coq.Strings.Ascii]
shift [definition, in Coq.ZArith.Zpower]
shift [definition, in Coq.Strings.Ascii]
shift [definition, in Coq.ZArith.Zpower]
shift [definition, in Coq.Strings.Ascii]
shift [definition, in Coq.ZArith.Zpower]
shift [definition, in Coq.Strings.Ascii]
shift [definition, in Coq.ZArith.Zpower]
shift [definition, in Coq.Strings.Ascii]
shift [definition, in Coq.ZArith.Zpower]
shiftl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shiftr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_pos [definition, in Coq.ZArith.Zpower]
shift_nat [definition, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat [definition, in Coq.ZArith.Zpower]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_pos [definition, in Coq.ZArith.Zpower]
shift_pos [definition, in Coq.ZArith.Zpower]
shift_nat [definition, in Coq.ZArith.Zpower]
shift_nat [definition, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_pos [definition, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_pos [definition, in Coq.ZArith.Zpower]
shift_nat [definition, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_pos [definition, in Coq.ZArith.Zpower]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_pos [definition, in Coq.ZArith.Zpower]
shift_nat [definition, in Coq.ZArith.Zpower]
shift_nat [definition, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_nat_plus [lemma, in Coq.ZArith.Zpower]
shift_pos [definition, in Coq.ZArith.Zpower]
shift_pos [definition, in Coq.ZArith.Zpower]
shift_nat [definition, in Coq.ZArith.Zpower]
shift_nat [definition, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_nat [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
shift_pos_correct [lemma, in Coq.ZArith.Zpower]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_unshift_mod_2 [lemma, in Coq.Numbers.BigNumPrelude]
shift_nat_correct [lemma, in Coq.ZArith.Zpower]
sig [inductive, in Coq.Init.Specif]
sig [inductive, in Coq.Init.Specif]
sig [inductive, in Coq.Init.Specif]
sigma [definition, in Coq.Reals.Rsigma]
Sigma [section, in Coq.Reals.Rsigma]
sigma [definition, in Coq.Reals.Rsigma]
Sigma [section, in Coq.Reals.Rsigma]
Sigma [section, in Coq.Reals.Rsigma]
sigma [definition, in Coq.Reals.Rsigma]
Sigma [section, in Coq.Reals.Rsigma]
sigma [definition, in Coq.Reals.Rsigma]
Sigma [section, in Coq.Reals.Rsigma]
sigma [definition, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_last [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_last [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_diff [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff [lemma, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_last [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_diff [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_last [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_diff [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_last [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_last [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_diff [lemma, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_last [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_diff [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_last [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_diff [lemma, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_last [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_diff [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_first [lemma, in Coq.Reals.Rsigma]
sigma_last [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_diff [lemma, in Coq.Reals.Rsigma]
sigma_split [lemma, in Coq.Reals.Rsigma]
sigma_eq_arg [lemma, in Coq.Reals.Rsigma]
sigma_diff_neg [lemma, in Coq.Reals.Rsigma]
sigma_diff [lemma, in Coq.Reals.Rsigma]
Sigma.f [variable, in Coq.Reals.Rsigma]
signed_sum [inductive, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum [inductive, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum [inductive, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum [inductive, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum [inductive, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum [inductive, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum [inductive, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum [inductive, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum [inductive, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_prod [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum_opp_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
signed_sum_opp [definition, in Coq.ring.Ring_abstract]
signed_sum [inductive, in Coq.ring.Ring_abstract]
signed_sum_prod_ok [lemma, in Coq.ring.Ring_abstract]
signed_sum_merge [definition, in Coq.ring.Ring_abstract]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_spec [projection, in Coq.setoid_ring.Ring_theory]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_spec [projection, in Coq.setoid_ring.Ring_theory]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_spec [projection, in Coq.setoid_ring.Ring_theory]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_spec [projection, in Coq.setoid_ring.Ring_theory]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_spec [projection, in Coq.setoid_ring.Ring_theory]
sign_theory [record, in Coq.setoid_ring.Ring_theory]
sign_spec [projection, in Coq.setoid_ring.Ring_theory]
sign_spec [projection, in Coq.setoid_ring.Ring_theory]
sign_spec [projection, in Coq.setoid_ring.Ring_theory]
sign_spec [projection, in Coq.setoid_ring.Ring_theory]
sigS [abbreviation, in Coq.Init.Specif]
sigS [abbreviation, in Coq.Init.Specif]
sigS [abbreviation, in Coq.Init.Specif]
sigS [abbreviation, in Coq.Init.Specif]
sigS_ind [abbreviation, in Coq.Init.Specif]
sigS_rect [abbreviation, in Coq.Init.Specif]
sigS_ind [abbreviation, in Coq.Init.Specif]
sigS_rect [abbreviation, in Coq.Init.Specif]
sigS_ind [abbreviation, in Coq.Init.Specif]
sigS_rect [abbreviation, in Coq.Init.Specif]
sigS_rect [abbreviation, in Coq.Init.Specif]
sigS_rect [abbreviation, in Coq.Init.Specif]
sigS_rect [abbreviation, in Coq.Init.Specif]
sigS_rect [abbreviation, in Coq.Init.Specif]
sigS_rect [abbreviation, in Coq.Init.Specif]
sigS_rec [abbreviation, in Coq.Init.Specif]
sigS_rect [abbreviation, in Coq.Init.Specif]
sigS_rec [abbreviation, in Coq.Init.Specif]
sigS_rec [abbreviation, in Coq.Init.Specif]
sigS_rec [abbreviation, in Coq.Init.Specif]
sigS_rec [abbreviation, in Coq.Init.Specif]
sigS_rec [abbreviation, in Coq.Init.Specif]
sigS_rec [abbreviation, in Coq.Init.Specif]
sigS_rec [abbreviation, in Coq.Init.Specif]
sigS_ind [abbreviation, in Coq.Init.Specif]
sigS_ind [abbreviation, in Coq.Init.Specif]
sigS_ind [abbreviation, in Coq.Init.Specif]
sigS_ind [abbreviation, in Coq.Init.Specif]
sigS_ind [abbreviation, in Coq.Init.Specif]
sigS2 [abbreviation, in Coq.Init.Specif]
sigS2 [abbreviation, in Coq.Init.Specif]
sigS2 [abbreviation, in Coq.Init.Specif]
sigS2 [abbreviation, in Coq.Init.Specif]
sigS2 [abbreviation, in Coq.Init.Specif]
sigS2_rect [abbreviation, in Coq.Init.Specif]
sigS2_rec [abbreviation, in Coq.Init.Specif]
sigS2_rect [abbreviation, in Coq.Init.Specif]
sigS2_ind [abbreviation, in Coq.Init.Specif]
sigS2_rec [abbreviation, in Coq.Init.Specif]
sigS2_rect [abbreviation, in Coq.Init.Specif]
sigS2_ind [abbreviation, in Coq.Init.Specif]
sigS2_rect [abbreviation, in Coq.Init.Specif]
sigS2_ind [abbreviation, in Coq.Init.Specif]
sigS2_rect [abbreviation, in Coq.Init.Specif]
sigS2_ind [abbreviation, in Coq.Init.Specif]
sigS2_rect [abbreviation, in Coq.Init.Specif]
sigS2_ind [abbreviation, in Coq.Init.Specif]
sigS2_rect [abbreviation, in Coq.Init.Specif]
sigS2_ind [abbreviation, in Coq.Init.Specif]
sigS2_rect [abbreviation, in Coq.Init.Specif]
sigS2_ind [abbreviation, in Coq.Init.Specif]
sigS2_rect [abbreviation, in Coq.Init.Specif]
sigS2_ind [abbreviation, in Coq.Init.Specif]
sigS2_ind [abbreviation, in Coq.Init.Specif]
sigS2_rec [abbreviation, in Coq.Init.Specif]
sigS2_rec [abbreviation, in Coq.Init.Specif]
sigS2_rec [abbreviation, in Coq.Init.Specif]
sigS2_rec [abbreviation, in Coq.Init.Specif]
sigS2_rec [abbreviation, in Coq.Init.Specif]
sigS2_rec [abbreviation, in Coq.Init.Specif]
sigS2_rect [abbreviation, in Coq.Init.Specif]
sigS2_rec [abbreviation, in Coq.Init.Specif]
sigT [inductive, in Coq.Init.Specif]
sigT [inductive, in Coq.Init.Specif]
sigT [inductive, in Coq.Init.Specif]
sigT [inductive, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT_of_sig [lemma, in Coq.Init.Specif]
sigT2 [inductive, in Coq.Init.Specif]
sigT2 [inductive, in Coq.Init.Specif]
sigT2 [inductive, in Coq.Init.Specif]
sigT2 [inductive, in Coq.Init.Specif]
sigT2 [inductive, in Coq.Init.Specif]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig_forall_dec [lemma, in Coq.Reals.Rlogic]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig_of_sigT [lemma, in Coq.Init.Specif]
sig2 [inductive, in Coq.Init.Specif]
sig2 [inductive, in Coq.Init.Specif]
sig2 [inductive, in Coq.Init.Specif]
sig2 [inductive, in Coq.Init.Specif]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
SimpleMergeExample [definition, in Coq.Sorting.Mergesort]
simplification_K [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_K [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
simplification_existT2 [lemma, in Coq.Program.Equality]
simplification_heq [lemma, in Coq.Program.Equality]
simplification_existT1 [lemma, in Coq.Program.Equality]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
Simplify_add [lemma, in Coq.Sets.Powerset_Classical_facts]
SimplOp [section, in Coq.Numbers.Natural.BigN.Nbasic]
SimplOp [section, in Coq.Numbers.Natural.BigN.Nbasic]
SimplOp [section, in Coq.Numbers.Natural.BigN.Nbasic]
SimplOp [section, in Coq.Numbers.Natural.BigN.Nbasic]
SimplOp [section, in Coq.Numbers.Natural.BigN.Nbasic]
SimplOp [section, in Coq.Numbers.Natural.BigN.Nbasic]
SimplOp [section, in Coq.Numbers.Natural.BigN.Nbasic]
SimplOp.w [variable, in Coq.Numbers.Natural.BigN.Nbasic]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_fact [lemma, in Coq.Reals.Rfunctions]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_fact [lemma, in Coq.Reals.Rfunctions]
simpl_fact [lemma, in Coq.Reals.Rfunctions]
simpl_fact [lemma, in Coq.Reals.Rfunctions]
simpl_fact [lemma, in Coq.Reals.Rfunctions]
simpl_cone [definition, in Coq.micromega.RingMicromega]
simpl_fact [lemma, in Coq.Reals.Rfunctions]
simpl_cone [definition, in Coq.micromega.RingMicromega]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_cone [definition, in Coq.micromega.RingMicromega]
simpl_fact [lemma, in Coq.Reals.Rfunctions]
simpl_cone [definition, in Coq.micromega.RingMicromega]
simpl_fact [lemma, in Coq.Reals.Rfunctions]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_cone [definition, in Coq.micromega.RingMicromega]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_cone [definition, in Coq.micromega.RingMicromega]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_fact [lemma, in Coq.Reals.Rfunctions]
simpl_cone [definition, in Coq.micromega.RingMicromega]
simpl_fact [lemma, in Coq.Reals.Rfunctions]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_cone [definition, in Coq.micromega.RingMicromega]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_cone [definition, in Coq.micromega.RingMicromega]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_cone [definition, in Coq.micromega.RingMicromega]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_cos_n [lemma, in Coq.Reals.Rtrigo_def]
simpl_sin_n [lemma, in Coq.Reals.Rtrigo_def]
sin [definition, in Coq.Reals.Rtrigo_def]
sin [definition, in Coq.Reals.Rtrigo_def]
SIN [lemma, in Coq.Reals.Rtrigo]
SIN [lemma, in Coq.Reals.Rtrigo]
sin [definition, in Coq.Reals.Rtrigo_def]
SIN [lemma, in Coq.Reals.Rtrigo]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sincl_add_x [lemma, in Coq.Sets.Powerset_Classical_facts]
sind [definition, in Coq.Reals.Rtrigo_calc]
sind [definition, in Coq.Reals.Rtrigo_calc]
sind [definition, in Coq.Reals.Rtrigo_calc]
sind [definition, in Coq.Reals.Rtrigo_calc]
Singleton [inductive, in Coq.Sets.Ensembles]
Singleton [inductive, in Coq.Sets.Ensembles]
Singleton [definition, in Coq.Sets.Uniset]
Singleton [inductive, in Coq.Sets.Ensembles]
Singleton [definition, in Coq.Sets.Uniset]
Singleton [inductive, in Coq.Sets.Ensembles]
Singleton [definition, in Coq.Sets.Uniset]
Singleton [definition, in Coq.Sets.Uniset]
Singleton [definition, in Coq.Sets.Uniset]
Singleton [inductive, in Coq.Sets.Ensembles]
Singleton [definition, in Coq.Sets.Uniset]
Singleton [inductive, in Coq.Sets.Ensembles]
Singleton [definition, in Coq.Sets.Uniset]
Singleton [definition, in Coq.Sets.Uniset]
Singleton [definition, in Coq.Sets.Uniset]
Singleton [inductive, in Coq.Sets.Ensembles]
Singleton [inductive, in Coq.Sets.Ensembles]
Singleton [inductive, in Coq.Sets.Ensembles]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
SingletonBag [definition, in Coq.Sets.Multiset]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_is_finite [lemma, in Coq.Sets.Finite_sets_facts]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_inv [lemma, in Coq.Sets.Constructive_sets]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_intro [lemma, in Coq.Sets.Constructive_sets]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
singleton_choice [lemma, in Coq.Logic.ClassicalChoice]
Singleton_atomic [lemma, in Coq.Sets.Powerset_Classical_facts]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_limit [lemma, in Coq.Reals.Rlimit]
single_limit [lemma, in Coq.Reals.Rlimit]
single_limit [lemma, in Coq.Reals.Rlimit]
single_limit [lemma, in Coq.Reals.Rlimit]
single_limit [lemma, in Coq.Reals.Rlimit]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_limit [lemma, in Coq.Reals.Rlimit]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_limit [lemma, in Coq.Reals.Rlimit]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_limit [lemma, in Coq.Reals.Rlimit]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_limit [lemma, in Coq.Reals.Rlimit]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_limit [lemma, in Coq.Reals.Rlimit]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_limit [lemma, in Coq.Reals.Rlimit]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_z_r_R1 [lemma, in Coq.Reals.RIneq]
single_limit [lemma, in Coq.Reals.Rlimit]
singlx [lemma, in Coq.Sets.Powerset_facts]
singlx [lemma, in Coq.Sets.Powerset_facts]
singlx [lemma, in Coq.Sets.Powerset_facts]
singlx [lemma, in Coq.Sets.Powerset_facts]
singlx [lemma, in Coq.Sets.Powerset_facts]
singlx [lemma, in Coq.Sets.Powerset_facts]
sinh [definition, in Coq.Reals.Rtrigo_def]
sinh [definition, in Coq.Reals.Rtrigo_def]
sinh [definition, in Coq.Reals.Rtrigo_def]
sinh [definition, in Coq.Reals.Rtrigo_def]
sinh_0 [lemma, in Coq.Reals.Rtrigo_def]
sinh_0 [lemma, in Coq.Reals.Rtrigo_def]
sinh_0 [lemma, in Coq.Reals.Rtrigo_def]
sinh_0 [lemma, in Coq.Reals.Rtrigo_def]
sinh_0 [lemma, in Coq.Reals.Rtrigo_def]
sinh_0 [lemma, in Coq.Reals.Rtrigo_def]
sin_bound [lemma, in Coq.Reals.Rtrigo_alt]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decr_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_0 [lemma, in Coq.Reals.Rtrigo]
sin_shift [lemma, in Coq.Reals.Rtrigo]
sin_2PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decr_1 [lemma, in Coq.Reals.Rtrigo]
sin_cos [lemma, in Coq.Reals.Rtrigo]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_lt_0 [lemma, in Coq.Reals.Rtrigo]
sin_approx [definition, in Coq.Reals.Rtrigo_alt]
sin_5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_plus [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_term [definition, in Coq.Reals.Rtrigo_alt]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI_x [lemma, in Coq.Reals.Rtrigo]
sin_PI2 [axiom, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decr_1 [lemma, in Coq.Reals.Rtrigo]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI [lemma, in Coq.Reals.Rtrigo]
sin_le_0 [lemma, in Coq.Reals.Rtrigo]
SIN_bound [lemma, in Coq.Reals.Rtrigo]
sin_incr_1 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_ub [definition, in Coq.Reals.Rtrigo]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_1 [lemma, in Coq.Reals.Rtrigo]
sin_2a [lemma, in Coq.Reals.Rtrigo]
sin_period [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_n [definition, in Coq.Reals.Rtrigo_def]
sin_shift [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_incr_0 [lemma, in Coq.Reals.Rtrigo]
sin_neg [lemma, in Coq.Reals.Rtrigo]
sin_bound [lemma, in Coq.Reals.Rtrigo_alt]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_in [definition, in Coq.Reals.Rtrigo_def]
sin_2PI [lemma, in Coq.Reals.Rtrigo]
sin_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_decr_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_0 [lemma, in Coq.Reals.Rtrigo]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_3PI2 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_approx [definition, in Coq.Reals.Rtrigo_alt]
sin_ge_0 [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_no_R0 [lemma, in Coq.Reals.Rtrigo_def]
sin_lb [definition, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_bound [lemma, in Coq.Reals.Rtrigo_alt]
sin_lt_0 [lemma, in Coq.Reals.Rtrigo]
sin_plus [lemma, in Coq.Reals.Rtrigo]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI2 [axiom, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI_x [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decr_1 [lemma, in Coq.Reals.Rtrigo]
sin_approx [definition, in Coq.Reals.Rtrigo_alt]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_incr_1 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_PI [lemma, in Coq.Reals.Rtrigo]
sin_minus [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_le_0 [lemma, in Coq.Reals.Rtrigo]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_2PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_bound [lemma, in Coq.Reals.Rtrigo_alt]
sin_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_ub [definition, in Coq.Reals.Rtrigo]
sin_eq_0_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI_x [lemma, in Coq.Reals.Rtrigo]
sin_2a [lemma, in Coq.Reals.Rtrigo]
sin_period [lemma, in Coq.Reals.Rtrigo]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_shift [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_neg [lemma, in Coq.Reals.Rtrigo]
sin_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_minus [lemma, in Coq.Reals.Rtrigo]
sin_incr_0 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_decr_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_0 [lemma, in Coq.Reals.Rtrigo]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_n [definition, in Coq.Reals.Rtrigo_def]
sin_bound [lemma, in Coq.Reals.Rtrigo_alt]
sin_cos [lemma, in Coq.Reals.Rtrigo]
sin_ge_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI [lemma, in Coq.Reals.Rtrigo]
sin_plus [lemma, in Coq.Reals.Rtrigo]
sin_incr_1 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_approx [definition, in Coq.Reals.Rtrigo_alt]
sin_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_PI_x [lemma, in Coq.Reals.Rtrigo]
sin_PI2 [axiom, in Coq.Reals.Rtrigo]
sin_period [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_decr_1 [lemma, in Coq.Reals.Rtrigo]
sin_no_R0 [lemma, in Coq.Reals.Rtrigo_def]
sin_n [definition, in Coq.Reals.Rtrigo_def]
sin_bound [lemma, in Coq.Reals.Rtrigo_alt]
SIN_bound [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_incr_1 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_3PI2 [lemma, in Coq.Reals.Rtrigo_calc]
sin_minus [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_1 [lemma, in Coq.Reals.Rtrigo]
sin_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_2a [lemma, in Coq.Reals.Rtrigo]
sin_period [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_approx [definition, in Coq.Reals.Rtrigo_alt]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_shift [lemma, in Coq.Reals.Rtrigo]
sin_no_R0 [lemma, in Coq.Reals.Rtrigo_def]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_incr_0 [lemma, in Coq.Reals.Rtrigo]
sin_neg [lemma, in Coq.Reals.Rtrigo]
sin_lb [definition, in Coq.Reals.Rtrigo]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_2PI [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_decr_0 [lemma, in Coq.Reals.Rtrigo]
sin_lt_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_0 [lemma, in Coq.Reals.Rtrigo]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_3PI2 [lemma, in Coq.Reals.Rtrigo_calc]
sin_ge_0 [lemma, in Coq.Reals.Rtrigo]
sin_0 [lemma, in Coq.Reals.Rtrigo_def]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_approx [definition, in Coq.Reals.Rtrigo_alt]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_decr_1 [lemma, in Coq.Reals.Rtrigo]
sin_2PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_plus [lemma, in Coq.Reals.Rtrigo]
sin_no_R0 [lemma, in Coq.Reals.Rtrigo_def]
sin_PI2 [axiom, in Coq.Reals.Rtrigo]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_incr_1 [lemma, in Coq.Reals.Rtrigo]
sin_5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI_x [lemma, in Coq.Reals.Rtrigo]
sin_period [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_decr_1 [lemma, in Coq.Reals.Rtrigo]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_term [definition, in Coq.Reals.Rtrigo_alt]
sin_minus [lemma, in Coq.Reals.Rtrigo]
sin_le_0 [lemma, in Coq.Reals.Rtrigo]
SIN_bound [lemma, in Coq.Reals.Rtrigo]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_approx [definition, in Coq.Reals.Rtrigo_alt]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_2PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_no_R0 [lemma, in Coq.Reals.Rtrigo_def]
sin_eq_0_1 [lemma, in Coq.Reals.Rtrigo]
sin_decr_0 [lemma, in Coq.Reals.Rtrigo]
sin_2a [lemma, in Coq.Reals.Rtrigo]
sin_period [lemma, in Coq.Reals.Rtrigo]
sin_shift [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_neg [lemma, in Coq.Reals.Rtrigo]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_bound [lemma, in Coq.Reals.Rtrigo_alt]
sin_5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_cos [lemma, in Coq.Reals.Rtrigo]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_incr_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_2PI [lemma, in Coq.Reals.Rtrigo]
sin_decr_0 [lemma, in Coq.Reals.Rtrigo]
sin_lt_0 [lemma, in Coq.Reals.Rtrigo]
sin_approx [definition, in Coq.Reals.Rtrigo_alt]
sin_eq_0_0 [lemma, in Coq.Reals.Rtrigo]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_no_R0 [lemma, in Coq.Reals.Rtrigo_def]
sin_ge_0 [lemma, in Coq.Reals.Rtrigo]
sin_incr_1 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI_x [lemma, in Coq.Reals.Rtrigo]
sin_0 [lemma, in Coq.Reals.Rtrigo_def]
sin_PI2 [axiom, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_approx [definition, in Coq.Reals.Rtrigo_alt]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
SIN_bound [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_minus [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_1 [lemma, in Coq.Reals.Rtrigo]
sin_3PI2 [lemma, in Coq.Reals.Rtrigo_calc]
sin_2PI [lemma, in Coq.Reals.Rtrigo]
sin_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_0 [lemma, in Coq.Reals.Rtrigo_def]
sin_decr_0 [lemma, in Coq.Reals.Rtrigo]
sin_shift [lemma, in Coq.Reals.Rtrigo]
sin_term [definition, in Coq.Reals.Rtrigo_alt]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_incr_0 [lemma, in Coq.Reals.Rtrigo]
sin_neg [lemma, in Coq.Reals.Rtrigo]
sin_lb [definition, in Coq.Reals.Rtrigo]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_lt_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_no_R0 [lemma, in Coq.Reals.Rtrigo_def]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_plus [lemma, in Coq.Reals.Rtrigo]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_ge_0 [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decr_1 [lemma, in Coq.Reals.Rtrigo]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_cos [lemma, in Coq.Reals.Rtrigo]
sin_2PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_term [definition, in Coq.Reals.Rtrigo_alt]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI [lemma, in Coq.Reals.Rtrigo]
sin_le_0 [lemma, in Coq.Reals.Rtrigo]
sin_approx [definition, in Coq.Reals.Rtrigo_alt]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_incr_1 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_ub [definition, in Coq.Reals.Rtrigo]
sin_5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_no_R0 [lemma, in Coq.Reals.Rtrigo_def]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI_x [lemma, in Coq.Reals.Rtrigo]
sin_period [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_in [definition, in Coq.Reals.Rtrigo_def]
sin_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_minus [lemma, in Coq.Reals.Rtrigo]
SIN_bound [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_incr_0 [lemma, in Coq.Reals.Rtrigo]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_1 [lemma, in Coq.Reals.Rtrigo]
sin_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_decr_0 [lemma, in Coq.Reals.Rtrigo]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_2a [lemma, in Coq.Reals.Rtrigo]
sin_period [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_shift [lemma, in Coq.Reals.Rtrigo]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_cos [lemma, in Coq.Reals.Rtrigo]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_incr_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_lb [definition, in Coq.Reals.Rtrigo]
sin_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_2PI [lemma, in Coq.Reals.Rtrigo]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_lt_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_0 [lemma, in Coq.Reals.Rtrigo]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_plus [lemma, in Coq.Reals.Rtrigo]
sin_0 [lemma, in Coq.Reals.Rtrigo_def]
sin_PI2 [axiom, in Coq.Reals.Rtrigo]
sin_term [definition, in Coq.Reals.Rtrigo_alt]
sin_ge_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_2PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_3PI2 [lemma, in Coq.Reals.Rtrigo_calc]
SIN_bound [lemma, in Coq.Reals.Rtrigo]
sin_decr_1 [lemma, in Coq.Reals.Rtrigo]
sin_incr_1 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_le_0 [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_ub [definition, in Coq.Reals.Rtrigo]
sin_0 [lemma, in Coq.Reals.Rtrigo_def]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_term [definition, in Coq.Reals.Rtrigo_alt]
SIN_bound [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_antisym [lemma, in Coq.Reals.Rtrigo_def]
sin_minus [lemma, in Coq.Reals.Rtrigo]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_1 [lemma, in Coq.Reals.Rtrigo]
sin_2PI [lemma, in Coq.Reals.Rtrigo]
sin_le_0 [lemma, in Coq.Reals.Rtrigo]
sin_no_R0 [lemma, in Coq.Reals.Rtrigo_def]
sin_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_3PI2 [lemma, in Coq.Reals.Rtrigo_calc]
sin_in [definition, in Coq.Reals.Rtrigo_def]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_2PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decr_0 [lemma, in Coq.Reals.Rtrigo]
sin_shift [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_neg [lemma, in Coq.Reals.Rtrigo]
sin_lb [definition, in Coq.Reals.Rtrigo]
sin_cos [lemma, in Coq.Reals.Rtrigo]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_lt_0 [lemma, in Coq.Reals.Rtrigo]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_plus [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_bound [lemma, in Coq.Reals.Rtrigo_alt]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_in [definition, in Coq.Reals.Rtrigo_def]
sin_decr_1 [lemma, in Coq.Reals.Rtrigo]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_2PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI [lemma, in Coq.Reals.Rtrigo]
sin_le_0 [lemma, in Coq.Reals.Rtrigo]
SIN_bound [lemma, in Coq.Reals.Rtrigo]
sin_incr_1 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_ub [definition, in Coq.Reals.Rtrigo]
sin_term [definition, in Coq.Reals.Rtrigo_alt]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_1 [lemma, in Coq.Reals.Rtrigo]
sin_PI_x [lemma, in Coq.Reals.Rtrigo]
sin_2a [lemma, in Coq.Reals.Rtrigo]
sin_period [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_minus [lemma, in Coq.Reals.Rtrigo]
SIN_bound [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_incr_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_1 [lemma, in Coq.Reals.Rtrigo]
sin_2PI [lemma, in Coq.Reals.Rtrigo]
sin_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_decr_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_eq_0_0 [lemma, in Coq.Reals.Rtrigo]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_term [definition, in Coq.Reals.Rtrigo_alt]
sin_3PI2 [lemma, in Coq.Reals.Rtrigo_calc]
sin_cos [lemma, in Coq.Reals.Rtrigo]
sin_increasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_ge_0 [lemma, in Coq.Reals.Rtrigo]
sin_incr_0 [lemma, in Coq.Reals.Rtrigo]
sin_n [definition, in Coq.Reals.Rtrigo_def]
sin_lb [definition, in Coq.Reals.Rtrigo]
sin_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_in [definition, in Coq.Reals.Rtrigo_def]
sin_lt_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_0_0 [lemma, in Coq.Reals.Rtrigo]
sin_lb_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_plus [lemma, in Coq.Reals.Rtrigo]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_PI2 [axiom, in Coq.Reals.Rtrigo]
sin_ge_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_cos_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_3PI2 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decr_1 [lemma, in Coq.Reals.Rtrigo]
sin_incr_1 [lemma, in Coq.Reals.Rtrigo]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_n [definition, in Coq.Reals.Rtrigo_def]
sin_lt_0_var [lemma, in Coq.Reals.Rtrigo]
sin_PI [lemma, in Coq.Reals.Rtrigo]
sin_PI3_cos_PI6 [lemma, in Coq.Reals.Rtrigo_calc]
sin_bound [lemma, in Coq.Reals.Rtrigo_alt]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_le_0 [lemma, in Coq.Reals.Rtrigo]
sin_decreasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_in [definition, in Coq.Reals.Rtrigo_def]
sin_ub [definition, in Coq.Reals.Rtrigo]
sin_lb_ge_0 [lemma, in Coq.Reals.Rtrigo_calc]
sin_period [lemma, in Coq.Reals.Rtrigo]
sin_shift [lemma, in Coq.Reals.Rtrigo]
sin_5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_decreasing_1 [lemma, in Coq.Reals.Rtrigo]
sin_neg [lemma, in Coq.Reals.Rtrigo]
sin_PI6_cos_PI3 [lemma, in Coq.Reals.Rtrigo_calc]
sin_increasing_0 [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_0 [lemma, in Coq.Reals.Rtrigo]
sin_minus [lemma, in Coq.Reals.Rtrigo]
sin_eq_O_2PI_1 [lemma, in Coq.Reals.Rtrigo]
sin_cos5PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin_gt_0 [lemma, in Coq.Reals.Rtrigo]
sin_incr_0 [lemma, in Coq.Reals.Rtrigo]
sin2 [lemma, in Coq.Reals.Rtrigo]
sin2 [lemma, in Coq.Reals.Rtrigo]
sin2 [lemma, in Coq.Reals.Rtrigo]
sin2 [lemma, in Coq.Reals.Rtrigo]
sin2_cos2 [lemma, in Coq.Reals.Rtrigo]
sin2_cos2 [lemma, in Coq.Reals.Rtrigo]
sin2_cos2 [lemma, in Coq.Reals.Rtrigo]
sin2_cos2 [lemma, in Coq.Reals.Rtrigo]
sin2_cos2 [lemma, in Coq.Reals.Rtrigo]
sin2_cos2 [lemma, in Coq.Reals.Rtrigo]
sin2_cos2 [lemma, in Coq.Reals.Rtrigo]
sin2_cos2 [lemma, in Coq.Reals.Rtrigo]
sin2_cos2 [lemma, in Coq.Reals.Rtrigo]
sin3PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin3PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin3PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin3PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin3PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin3PI4 [lemma, in Coq.Reals.Rtrigo_calc]
sin3PI4 [lemma, in Coq.Reals.Rtrigo_calc]
size [definition, in Coq.Numbers.Cyclic.Int31.Int31]
size [definition, in Coq.Numbers.Cyclic.Int31.Int31]
size [definition, in Coq.Numbers.Cyclic.Int31.Int31]
size [definition, in Coq.Numbers.Cyclic.Int31.Int31]
skipn [definition, in Coq.Lists.List]
skipn [definition, in Coq.Lists.List]
skipn [definition, in Coq.Lists.List]
skipn [definition, in Coq.Lists.List]
skipn [definition, in Coq.Lists.List]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
SmallDrinker'sParadox [definition, in Coq.Logic.ChoiceFacts]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
small_drinkers'_paradox [lemma, in Coq.Logic.Epsilon]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_mul [projection, in Coq.setoid_ring.Ring_theory]
Smorph_sub [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_mul [projection, in Coq.setoid_ring.Ring_theory]
Smorph_sub [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_mul [projection, in Coq.setoid_ring.Ring_theory]
Smorph_opp [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_sub [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_mul [projection, in Coq.setoid_ring.Ring_theory]
Smorph_sub [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_mul [projection, in Coq.setoid_ring.Ring_theory]
Smorph_opp [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_sub [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_eq [projection, in Coq.setoid_ring.Ring_theory]
Smorph_mul [projection, in Coq.setoid_ring.Ring_theory]
Smorph_opp [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_sub [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_mul [projection, in Coq.setoid_ring.Ring_theory]
Smorph_opp [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_eq [projection, in Coq.setoid_ring.Ring_theory]
Smorph_opp [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_sub [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_eq [projection, in Coq.setoid_ring.Ring_theory]
Smorph_mul [projection, in Coq.setoid_ring.Ring_theory]
Smorph_opp [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_sub [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_eq [projection, in Coq.setoid_ring.Ring_theory]
Smorph_opp [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_add [projection, in Coq.setoid_ring.Ring_theory]
Smorph_opp [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_sub [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_add [projection, in Coq.setoid_ring.Ring_theory]
Smorph_eq [projection, in Coq.setoid_ring.Ring_theory]
Smorph_opp [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_add [projection, in Coq.setoid_ring.Ring_theory]
Smorph_eq [projection, in Coq.setoid_ring.Ring_theory]
Smorph_opp [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_add [projection, in Coq.setoid_ring.Ring_theory]
Smorph_eq [projection, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_add [projection, in Coq.setoid_ring.Ring_theory]
Smorph_eq [projection, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_add [projection, in Coq.setoid_ring.Ring_theory]
Smorph_eq [projection, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_add [projection, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_add [projection, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_mul [projection, in Coq.setoid_ring.Ring_theory]
Smorph_add [projection, in Coq.setoid_ring.Ring_theory]
Smorph_sub [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_morph [lemma, in Coq.setoid_ring.Ring_theory]
Smorph_mul [projection, in Coq.setoid_ring.Ring_theory]
Smorph_add [projection, in Coq.setoid_ring.Ring_theory]
Smorph0 [projection, in Coq.setoid_ring.Ring_theory]
Smorph0 [projection, in Coq.setoid_ring.Ring_theory]
Smorph0 [projection, in Coq.setoid_ring.Ring_theory]
Smorph0 [projection, in Coq.setoid_ring.Ring_theory]
Smorph0 [projection, in Coq.setoid_ring.Ring_theory]
Smorph0 [projection, in Coq.setoid_ring.Ring_theory]
Smorph0 [projection, in Coq.setoid_ring.Ring_theory]
Smorph1 [projection, in Coq.setoid_ring.Ring_theory]
Smorph1 [projection, in Coq.setoid_ring.Ring_theory]
Smorph1 [projection, in Coq.setoid_ring.Ring_theory]
Smorph1 [projection, in Coq.setoid_ring.Ring_theory]
Smorph1 [projection, in Coq.setoid_ring.Ring_theory]
Smorph1 [projection, in Coq.setoid_ring.Ring_theory]
Smorph1 [projection, in Coq.setoid_ring.Ring_theory]
Snd [abbreviation, in Coq.Classes.RelationPairs]
snd [definition, in Coq.Init.Datatypes]
Snd [abbreviation, in Coq.Classes.RelationPairs]
snd [definition, in Coq.Init.Datatypes]
snd [definition, in Coq.Init.Datatypes]
Snd [abbreviation, in Coq.Classes.RelationPairs]
SndRel_sub [instance, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_sub [instance, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_sub [instance, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_sub [instance, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_sub [instance, in Coq.Classes.RelationPairs]
SndRel_sub [instance, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_sub [instance, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_sub [instance, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_sub [instance, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
SndRel_sub [instance, in Coq.Classes.RelationPairs]
SndRel_ProdRel [lemma, in Coq.Classes.RelationPairs]
sndT [abbreviation, in Coq.Init.Datatypes]
sndT [abbreviation, in Coq.Init.Datatypes]
sndT [abbreviation, in Coq.Init.Datatypes]
sndT [abbreviation, in Coq.Init.Datatypes]
snd_compat [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_compat [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_compat [instance, in Coq.Classes.RelationPairs]
snd_compat [instance, in Coq.Classes.RelationPairs]
snd_compat [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_compat [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_compat [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_compat [instance, in Coq.Classes.RelationPairs]
snd_measure [instance, in Coq.Classes.RelationPairs]
snd_compat [instance, in Coq.Classes.RelationPairs]
snd_compat [instance, in Coq.Classes.RelationPairs]
sneakl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakl [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakl_shiftr [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakr [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sneakr_shiftl [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
solution_right [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
solution_right [lemma, in Coq.Program.Equality]
solution_left [lemma, in Coq.Program.Equality]
sol_x2 [definition, in Coq.Reals.R_sqrt]
sol_x2 [definition, in Coq.Reals.R_sqrt]
sol_x1 [definition, in Coq.Reals.R_sqrt]
sol_x2 [definition, in Coq.Reals.R_sqrt]
sol_x1 [definition, in Coq.Reals.R_sqrt]
sol_x2 [definition, in Coq.Reals.R_sqrt]
sol_x1 [definition, in Coq.Reals.R_sqrt]
sol_x2 [definition, in Coq.Reals.R_sqrt]
sol_x1 [definition, in Coq.Reals.R_sqrt]
sol_x2 [definition, in Coq.Reals.R_sqrt]
sol_x1 [definition, in Coq.Reals.R_sqrt]
sol_x1 [definition, in Coq.Reals.R_sqrt]
Some [constructor, in Coq.Init.Datatypes]
Some [constructor, in Coq.Init.Datatypes]
Some [constructor, in Coq.Init.Datatypes]
Some [constructor, in Coq.Init.Datatypes]
SOR [record, in Coq.micromega.OrderedRing]
SOR [record, in Coq.micromega.OrderedRing]
SOR [record, in Coq.micromega.OrderedRing]
SORaddon [record, in Coq.micromega.RingMicromega]
SORaddon [record, in Coq.micromega.RingMicromega]
SORaddon [record, in Coq.micromega.RingMicromega]
SORaddon [record, in Coq.micromega.RingMicromega]
SORaddon [record, in Coq.micromega.RingMicromega]
SORaddon [record, in Coq.micromega.RingMicromega]
SORaddon [record, in Coq.micromega.RingMicromega]
SORaddon [record, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcleb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
SORcneqb_morph [projection, in Coq.micromega.RingMicromega]
Sord [module, in Coq.FSets.FMapInterface]
Sord [module, in Coq.FSets.FMapInterface]
Sord [module, in Coq.FSets.FMapInterface]
Sord [module, in Coq.FSets.FMapInterface]
Sord.cmp [definition, in Coq.FSets.FMapInterface]
Sord.cmp [definition, in Coq.FSets.FMapInterface]
Sord.cmp [definition, in Coq.FSets.FMapInterface]
Sord.compare [axiom, in Coq.FSets.FMapInterface]
Sord.compare [axiom, in Coq.FSets.FMapInterface]
Sord.compare [axiom, in Coq.FSets.FMapInterface]
Sord.compare [axiom, in Coq.FSets.FMapInterface]
Sord.compare [axiom, in Coq.FSets.FMapInterface]
Sord.compare [axiom, in Coq.FSets.FMapInterface]
Sord.compare [axiom, in Coq.FSets.FMapInterface]
Sord.Data [module, in Coq.FSets.FMapInterface]
Sord.Data [module, in Coq.FSets.FMapInterface]
Sord.Data [module, in Coq.FSets.FMapInterface]
Sord.Data [module, in Coq.FSets.FMapInterface]
Sord.eq [axiom, in Coq.FSets.FMapInterface]
Sord.eq [axiom, in Coq.FSets.FMapInterface]
Sord.eq_trans [axiom, in Coq.FSets.FMapInterface]
Sord.eq_1 [axiom, in Coq.FSets.FMapInterface]
Sord.eq_trans [axiom, in Coq.FSets.FMapInterface]
Sord.eq_1 [axiom, in Coq.FSets.FMapInterface]
Sord.eq_trans [axiom, in Coq.FSets.FMapInterface]
Sord.eq_sym [axiom, in Coq.FSets.FMapInterface]
Sord.eq_sym [axiom, in Coq.FSets.FMapInterface]
Sord.eq_1 [axiom, in Coq.FSets.FMapInterface]
Sord.eq_refl [axiom, in Coq.FSets.FMapInterface]
Sord.eq_sym [axiom, in Coq.FSets.FMapInterface]
Sord.eq_refl [axiom, in Coq.FSets.FMapInterface]
Sord.eq_2 [axiom, in Coq.FSets.FMapInterface]
Sord.eq_refl [axiom, in Coq.FSets.FMapInterface]
Sord.eq_sym [axiom, in Coq.FSets.FMapInterface]
Sord.eq_refl [axiom, in Coq.FSets.FMapInterface]
Sord.eq_2 [axiom, in Coq.FSets.FMapInterface]
Sord.eq_refl [axiom, in Coq.FSets.FMapInterface]
Sord.eq_sym [axiom, in Coq.FSets.FMapInterface]
Sord.eq_trans [axiom, in Coq.FSets.FMapInterface]
Sord.eq_refl [axiom, in Coq.FSets.FMapInterface]
Sord.eq_2 [axiom, in Coq.FSets.FMapInterface]
Sord.eq_sym [axiom, in Coq.FSets.FMapInterface]
Sord.eq_trans [axiom, in Coq.FSets.FMapInterface]
Sord.eq_refl [axiom, in Coq.FSets.FMapInterface]
Sord.eq_2 [axiom, in Coq.FSets.FMapInterface]
Sord.eq_trans [axiom, in Coq.FSets.FMapInterface]
Sord.eq_trans [axiom, in Coq.FSets.FMapInterface]
Sord.eq_1 [axiom, in Coq.FSets.FMapInterface]
Sord.eq_trans [axiom, in Coq.FSets.FMapInterface]
Sord.lt [axiom, in Coq.FSets.FMapInterface]
Sord.lt [axiom, in Coq.FSets.FMapInterface]
Sord.lt_not_eq [axiom, in Coq.FSets.FMapInterface]
Sord.lt_not_eq [axiom, in Coq.FSets.FMapInterface]
Sord.lt_not_eq [axiom, in Coq.FSets.FMapInterface]
Sord.lt_trans [axiom, in Coq.FSets.FMapInterface]
Sord.lt_not_eq [axiom, in Coq.FSets.FMapInterface]
Sord.lt_trans [axiom, in Coq.FSets.FMapInterface]
Sord.lt_not_eq [axiom, in Coq.FSets.FMapInterface]
Sord.lt_trans [axiom, in Coq.FSets.FMapInterface]
Sord.lt_not_eq [axiom, in Coq.FSets.FMapInterface]
Sord.lt_trans [axiom, in Coq.FSets.FMapInterface]
Sord.lt_not_eq [axiom, in Coq.FSets.FMapInterface]
Sord.lt_trans [axiom, in Coq.FSets.FMapInterface]
Sord.lt_not_eq [axiom, in Coq.FSets.FMapInterface]
Sord.lt_trans [axiom, in Coq.FSets.FMapInterface]
Sord.lt_not_eq [axiom, in Coq.FSets.FMapInterface]
Sord.lt_trans [axiom, in Coq.FSets.FMapInterface]
Sord.lt_trans [axiom, in Coq.FSets.FMapInterface]
Sord.MapS [module, in Coq.FSets.FMapInterface]
Sord.MapS [module, in Coq.FSets.FMapInterface]
Sord.MapS [module, in Coq.FSets.FMapInterface]
Sord.MapS [module, in Coq.FSets.FMapInterface]
Sord.t [definition, in Coq.FSets.FMapInterface]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_wd [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_refl [projection, in Coq.micromega.OrderedRing]
SORle_wd [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_wd [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_refl [projection, in Coq.micromega.OrderedRing]
SORle_wd [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_refl [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_refl [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_wd [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_refl [projection, in Coq.micromega.OrderedRing]
SORle_wd [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_refl [projection, in Coq.micromega.OrderedRing]
SORle_wd [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_refl [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_refl [projection, in Coq.micromega.OrderedRing]
SORle_wd [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_refl [projection, in Coq.micromega.OrderedRing]
SORle_trans [projection, in Coq.micromega.OrderedRing]
SORle_antisymm [projection, in Coq.micromega.OrderedRing]
SORle_refl [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_wd [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_wd [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_wd [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_wd [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_wd [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_wd [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_wd [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORlt_wd [projection, in Coq.micromega.OrderedRing]
SORlt_trichotomy [projection, in Coq.micromega.OrderedRing]
SORlt_le_neq [projection, in Coq.micromega.OrderedRing]
SORneq_0_1 [projection, in Coq.micromega.OrderedRing]
SORneq_0_1 [projection, in Coq.micromega.OrderedRing]
SORneq_0_1 [projection, in Coq.micromega.OrderedRing]
SORneq_0_1 [projection, in Coq.micromega.OrderedRing]
SORneq_0_1 [projection, in Coq.micromega.OrderedRing]
SORneq_0_1 [projection, in Coq.micromega.OrderedRing]
SORneq_0_1 [projection, in Coq.micromega.OrderedRing]
SORneq_0_1 [projection, in Coq.micromega.OrderedRing]
SORneq_0_1 [projection, in Coq.micromega.OrderedRing]
SORneq_0_1 [projection, in Coq.micromega.OrderedRing]
SORopp_wd [projection, in Coq.micromega.OrderedRing]
SORopp_wd [projection, in Coq.micromega.OrderedRing]
SORopp_wd [projection, in Coq.micromega.OrderedRing]
SORopp_wd [projection, in Coq.micromega.OrderedRing]
SORopp_wd [projection, in Coq.micromega.OrderedRing]
SORopp_wd [projection, in Coq.micromega.OrderedRing]
SORopp_wd [projection, in Coq.micromega.OrderedRing]
SORopp_wd [projection, in Coq.micromega.OrderedRing]
SORopp_wd [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_wd [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_wd [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_wd [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_wd [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_wd [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_wd [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_wd [projection, in Coq.micromega.OrderedRing]
SORplus_wd [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_wd [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_le_mono_l [projection, in Coq.micromega.OrderedRing]
SORplus_wd [projection, in Coq.micromega.OrderedRing]
SORpower [projection, in Coq.micromega.RingMicromega]
SORpower [projection, in Coq.micromega.RingMicromega]
SORpower [projection, in Coq.micromega.RingMicromega]
SORpower [projection, in Coq.micromega.RingMicromega]
SORpower [projection, in Coq.micromega.RingMicromega]
SORpower [projection, in Coq.micromega.RingMicromega]
SORpower [projection, in Coq.micromega.RingMicromega]
SORpower [projection, in Coq.micromega.RingMicromega]
SORrm [projection, in Coq.micromega.RingMicromega]
SORrm [projection, in Coq.micromega.RingMicromega]
SORrm [projection, in Coq.micromega.RingMicromega]
SORrm [projection, in Coq.micromega.RingMicromega]
SORrm [projection, in Coq.micromega.RingMicromega]
SORrt [projection, in Coq.micromega.OrderedRing]
SORrt [projection, in Coq.micromega.OrderedRing]
SORrt [projection, in Coq.micromega.OrderedRing]
SORrt [projection, in Coq.micromega.OrderedRing]
SORrt [projection, in Coq.micromega.OrderedRing]
SORsetoid [projection, in Coq.micromega.OrderedRing]
SORsetoid [projection, in Coq.micromega.OrderedRing]
SORsetoid [projection, in Coq.micromega.OrderedRing]
SORsetoid [projection, in Coq.micromega.OrderedRing]
SORsetoid [projection, in Coq.micromega.OrderedRing]
SORsetoid [projection, in Coq.micromega.OrderedRing]
SORsetoid [projection, in Coq.micromega.OrderedRing]
SORsetoid [projection, in Coq.micromega.OrderedRing]
SORsetoid [projection, in Coq.micromega.OrderedRing]
sort [abbreviation, in Coq.Sorting.Sorted]
Sort [module, in Coq.Sorting.Mergesort]
sort [abbreviation, in Coq.Sorting.Sorted]
Sort [module, in Coq.Sorting.Mergesort]
Sort [module, in Coq.Sorting.Mergesort]
sort [abbreviation, in Coq.Sorting.Sorted]
Sort [module, in Coq.Sorting.Mergesort]
sort [abbreviation, in Coq.Sorting.Sorted]
SortA [abbreviation, in Coq.Lists.SetoidList]
SortA [abbreviation, in Coq.Lists.SetoidList]
SortA [abbreviation, in Coq.Lists.SetoidList]
SortA [abbreviation, in Coq.Lists.SetoidList]
SortA [abbreviation, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_app [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_app [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_app [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_app [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_app [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_app [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_NoDupA [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_app [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_app [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_InfA_InA [lemma, in Coq.Lists.SetoidList]
SortA_equivlistA_eqlistA [lemma, in Coq.Lists.SetoidList]
SortA_app [lemma, in Coq.Lists.SetoidList]
Sorted [inductive, in Coq.Sorting.Sorted]
Sorted [inductive, in Coq.Sorting.Sorted]
Sorted [inductive, in Coq.Sorting.Sorted]
Sorted [inductive, in Coq.Sorting.Sorted]
Sorted [inductive, in Coq.Sorting.Sorted]
Sorted [inductive, in Coq.Sorting.Sorted]
Sorted [library]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_inv [lemma, in Coq.Sorting.Sorted]
Sorted_inv [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_nil [constructor, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_nil [constructor, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_inv [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_nil [constructor, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_nil [constructor, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_inv [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_nil [constructor, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_inv [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_nil [constructor, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_nil [constructor, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_inv [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_nil [constructor, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_inv [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_inv [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_nil [constructor, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_inv [lemma, in Coq.Sorting.Sorted]
Sorted_inv [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_cons [constructor, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_nil [constructor, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_rect [lemma, in Coq.Sorting.Sorted]
Sorted_LocallySorted_iff [lemma, in Coq.Sorting.Sorted]
Sorted_extends [lemma, in Coq.Sorting.Sorted]
Sorted_StronglySorted [lemma, in Coq.Sorting.Sorted]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
SORtimes_pos_pos [projection, in Coq.micromega.OrderedRing]
SORtimes_wd [projection, in Coq.micromega.OrderedRing]
Sorting [library]
sort_inv [abbreviation, in Coq.Sorting.Sorted]
sort_rect [abbreviation, in Coq.Sorting.Sorted]
sort_rect [abbreviation, in Coq.Sorting.Sorted]
sort_rect [abbreviation, in Coq.Sorting.Sorted]
sort_inv [abbreviation, in Coq.Sorting.Sorted]
sort_rect [abbreviation, in Coq.Sorting.Sorted]
sort_inv [abbreviation, in Coq.Sorting.Sorted]
sort_rect [abbreviation, in Coq.Sorting.Sorted]
sort_inv [abbreviation, in Coq.Sorting.Sorted]
sort_rect [abbreviation, in Coq.Sorting.Sorted]
sort_inv [abbreviation, in Coq.Sorting.Sorted]
sort_inv [abbreviation, in Coq.Sorting.Sorted]
sort_inv [abbreviation, in Coq.Sorting.Sorted]
sort_rect [abbreviation, in Coq.Sorting.Sorted]
sort_inv [abbreviation, in Coq.Sorting.Sorted]
sort_rect [abbreviation, in Coq.Sorting.Sorted]
sort_rect [abbreviation, in Coq.Sorting.Sorted]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.flatten_stack [definition, in Coq.Sorting.Mergesort]
Sort.iter_merge [definition, in Coq.Sorting.Mergesort]
Sort.iter_merge [definition, in Coq.Sorting.Mergesort]
Sort.iter_merge [definition, in Coq.Sorting.Mergesort]
Sort.iter_merge [definition, in Coq.Sorting.Mergesort]
Sort.iter_merge [definition, in Coq.Sorting.Mergesort]
Sort.iter_merge [definition, in Coq.Sorting.Mergesort]
Sort.iter_merge [definition, in Coq.Sorting.Mergesort]
Sort.iter_merge [definition, in Coq.Sorting.Mergesort]
Sort.iter_merge [definition, in Coq.Sorting.Mergesort]
Sort.iter_merge [definition, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.LocallySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.merge [definition, in Coq.Sorting.Mergesort]
Sort.merge [definition, in Coq.Sorting.Mergesort]
Sort.merge [definition, in Coq.Sorting.Mergesort]
Sort.merge [definition, in Coq.Sorting.Mergesort]
Sort.merge [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_stack [definition, in Coq.Sorting.Mergesort]
Sort.merge_list_to_stack [definition, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Permuted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.sort [definition, in Coq.Sorting.Mergesort]
Sort.sort [definition, in Coq.Sorting.Mergesort]
Sort.sort [definition, in Coq.Sorting.Mergesort]
Sort.sort [definition, in Coq.Sorting.Mergesort]
Sort.Sorted [abbreviation, in Coq.Sorting.Mergesort]
Sort.Sorted [abbreviation, in Coq.Sorting.Mergesort]
Sort.Sorted [abbreviation, in Coq.Sorting.Mergesort]
Sort.Sorted [abbreviation, in Coq.Sorting.Mergesort]
Sort.Sorted [abbreviation, in Coq.Sorting.Mergesort]
Sort.Sorted [abbreviation, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.SortedStack [definition, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_iter_merge [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_merge_list_to_stack [lemma, in Coq.Sorting.Mergesort]
Sort.Sorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
Sort.StronglySorted_sort [lemma, in Coq.Sorting.Mergesort]
SP [definition, in Coq.Reals.PartSum]
SP [definition, in Coq.Reals.PartSum]
Space [definition, in Coq.Strings.Ascii]
Space [definition, in Coq.Strings.Ascii]
Space [definition, in Coq.Strings.Ascii]
Space [definition, in Coq.Strings.Ascii]
Space [definition, in Coq.Strings.Ascii]
SPconst [constructor, in Coq.ring.Ring_normalize]
SPconst [constructor, in Coq.ring.Ring_normalize]
SPconst [constructor, in Coq.ring.Ring_normalize]
SPconst [constructor, in Coq.ring.Ring_normalize]
SPconst [constructor, in Coq.ring.Ring_normalize]
SPconst [constructor, in Coq.ring.Ring_normalize]
SPconst [constructor, in Coq.ring.Ring_normalize]
Specif [library]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders.U [variable, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
Specific_orders [section, in Coq.Sets.Cpo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_0W [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_N [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_div21 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div21 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_div21 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_0W [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sub_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div21 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_eq0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_high [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_tail0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div21 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sqrt2 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div21 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_mul_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_eq0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_W0 [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sqrt2 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_succ [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_to_Z [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_head0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_mul [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_head0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_succ [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_to_Z [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_pred [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sqrt2 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_div21 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_high [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_opp [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_head0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_pred [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_gcd [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_head0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_N [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_to_Z [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pred [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_head0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_gcd [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_to_Z [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_high [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_head0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_succ [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sqrt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_gcd [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_sub_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_to_Z [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_mul [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div21 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_gcd [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_WW [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div21 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_opp [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_opp [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_sub_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mul [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_Bm1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_WW [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_0W [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_to_Z [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sub [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_0W [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_pred [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_eq0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_W0 [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_mul [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div21 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_to_N [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_div21 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_mul_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_eq0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_tail0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div21 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_W0 [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div21 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt2 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_gcd [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_pred [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div21 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_mul_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_gcd [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_eq0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_div21 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_W0 [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pred [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_gcd [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sqrt2 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_head0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_mul_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_to_Z [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_mul [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_head0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_succ [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_opp_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div21 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_high [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mul [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_opp [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_gcd [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_Bm1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_high [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_sqrt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sub_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_mul [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_gcd [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_N [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_gcd [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_to_Z [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_Bm1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_head0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pred [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_succ [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_WW [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div32 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_mul [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sqrt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_head0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div21 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_opp [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div21 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_WW [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_w_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mul [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_div21 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sqrt2 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_WW [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_0W [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sub [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_succ [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt2 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_div21 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_mul [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_sub [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_head0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_succ [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_w_2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_square_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_eq0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div21 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_to_N [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_W0 [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_sub [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_add [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_gcd [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_to_N [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_div21 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_to_Z [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_eq0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_gcd [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_W0 [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pred [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pred [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_div21 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_head0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_gcd [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pred [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mul_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_sub [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_head0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_gcd [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_pred [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_pred [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_succ [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_gcd [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_to_Z [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div21 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt_aux_body [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_div_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_Bm1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_w_2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_add_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_gcd [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_Bm1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_to_N [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sub_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_mul [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_high [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_mul_add_n1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_succ [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_opp_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_gcd [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_to_Z [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mul [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_to_N [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_div21 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_Bm1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_WW [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_pred [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sqrt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_karatsuba_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_0W [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_w_2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_opp [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_div21 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_div21 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sqrt2 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_opp [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_add_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sub_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_tail00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_succ [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_high [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_add [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_div21 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_sqrt2 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_compare [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_mod_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_head0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_sub [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_div2s [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare0_mn [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_gcd [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_succ [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_gcd_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_succ [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_pred_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sqrt2 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_pred [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sub [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_to_Z [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head00 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sub [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_head0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_w_2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_succ [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_opp [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_eq0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_tail0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_div21 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_W0 [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_gcd [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_to_N [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_high [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_succ_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_head0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_to_Z_pos [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_pred [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_square_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_tail0 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_head0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_to_Z_wBwB [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_is_even [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_pred [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_to_Z [lemma, in Coq.Numbers.Integer.BigZ.BigZ]
spec_gcd [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_pred [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_add_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sub_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_pred [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_head0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_gcd [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_w_2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_pos_mod [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_sub [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_head0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pred [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_pos_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_more_than_1_digit [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_succ [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_mul_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_pred [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_gcd [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_to_Z_2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_is_even [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_opp [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_add_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_head0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_w_div21c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_head0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_opp_carry [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_is_even [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_is_zero [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_tail0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_head00 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_ww_head1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_of_pos [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sqrt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_head00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_add_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_div_gt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_add_mul_div [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_modn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_mul [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_div21 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_opp_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_opp_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_zdigits [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_gcd_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleCyclic]
spec_add_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add_mul_div_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_double_digits [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_compare [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_opp_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mod_gt_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_ww_1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_gcd [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_opp [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_add [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_gcd_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_eq0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_head00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail0 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_div_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_Bm1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_div21 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_0 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_WW [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_compare [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_tail00 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_opp [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_add_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_mul_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_add_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_Bm1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_w_2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_high [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_pred_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sqrt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_0W [lemma, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_double_to_Z [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_mul_divp [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_WW [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_tail00 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_square_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_zdigits [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_succ_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_compare_mn_1 [lemma, in Coq.Numbers.Natural.BigN.Nbasic]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_double_divn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_ww_add_mul_div [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleLift]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_ww_mod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_is_even [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_more_than_1_digit [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_double_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_mod_gt [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_double_divn1 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_opp_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_double_mul_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_w_mod_gt_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_extend [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_double_modn1_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_double_modn1_p [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_of_pos [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_gcd_gt [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_extend_aux [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_pos_mod [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_add_mul_div [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_mul_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_opp_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_Bm1 [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_Bm1 [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_to_Z_1 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_get_low [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_add_carry_c [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_mul [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_ww_add_c_cont [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_mod [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_compare [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sqrt2 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
spec_double_split [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleBase]
spec_ww_mod_gt_aux_eq [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDiv]
spec_double_divn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_succ_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_div [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_sqrt2 [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_succ [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleAdd]
spec_sub_carry [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
spec_pred_c [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_ww_mul [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_kara_prod [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
spec_add [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_ww_sub_carry_c [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSub]
spec_sqrt [projection, in Coq.Numbers.Cyclic.Abstract.CyclicAxioms]
spec_double_modn1_0 [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleDivn1]
spec_pred [lemma, in Coq.Numbers.Cyclic.ZModulo.ZModulo]
spec_sub_carry_c [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
split [definition, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
split [definition, in Coq.Lists.List]
split [definition, in Coq.Lists.List]
split [definition, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
split [definition, in Coq.Lists.List]
split [definition, in Coq.Lists.List]
split [definition, in Coq.setoid_ring.Field_theory]
split [definition, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
split [definition, in Coq.setoid_ring.Field_theory]
split [definition, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
split [definition, in Coq.setoid_ring.Field_theory]
split [definition, in Coq.setoid_ring.Field_theory]
split [definition, in Coq.Lists.List]
split [definition, in Coq.setoid_ring.Field_theory]
split [definition, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleSqrt]
SplitAbsolu [library]
SplitRmult [library]
split_length_l [lemma, in Coq.Lists.List]
split_aux [definition, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_aux [definition, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_length_r [lemma, in Coq.Lists.List]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_aux [definition, in Coq.setoid_ring.Field_theory]
split_combine [lemma, in Coq.Lists.List]
split_length_l [lemma, in Coq.Lists.List]
split_aux [definition, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_combine [lemma, in Coq.Lists.List]
split_length_l [lemma, in Coq.Lists.List]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_combine [lemma, in Coq.Lists.List]
split_length_l [lemma, in Coq.Lists.List]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_combine [lemma, in Coq.Lists.List]
split_length_l [lemma, in Coq.Lists.List]
split_aux [definition, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_nth [lemma, in Coq.Lists.List]
split_length_l [lemma, in Coq.Lists.List]
split_combine [lemma, in Coq.Lists.List]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_nth [lemma, in Coq.Lists.List]
split_length_l [lemma, in Coq.Lists.List]
split_combine [lemma, in Coq.Lists.List]
split_nth [lemma, in Coq.Lists.List]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_length_l [lemma, in Coq.Lists.List]
split_combine [lemma, in Coq.Lists.List]
split_nth [lemma, in Coq.Lists.List]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_length_r [lemma, in Coq.Lists.List]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_combine [lemma, in Coq.Lists.List]
split_length_l [lemma, in Coq.Lists.List]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_combine [lemma, in Coq.Lists.List]
split_length_l [lemma, in Coq.Lists.List]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_combine [lemma, in Coq.Lists.List]
split_length_l [lemma, in Coq.Lists.List]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_nth [lemma, in Coq.Lists.List]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_aux [definition, in Coq.setoid_ring.Field_theory]
split_nth [lemma, in Coq.Lists.List]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_combine [lemma, in Coq.Lists.List]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_nth [lemma, in Coq.Lists.List]
split_combine [lemma, in Coq.Lists.List]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_nth [lemma, in Coq.Lists.List]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_combine [lemma, in Coq.Lists.List]
split_aux [definition, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_aux [definition, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_length_r [lemma, in Coq.Lists.List]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_length_l [lemma, in Coq.Lists.List]
split_aux [definition, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_correct_r [lemma, in Coq.setoid_ring.Field_theory]
split_nth [lemma, in Coq.Lists.List]
split_length_l [lemma, in Coq.Lists.List]
split_aux_correct_1 [lemma, in Coq.setoid_ring.Field_theory]
split_length_l [lemma, in Coq.Lists.List]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
split_correct_l [lemma, in Coq.setoid_ring.Field_theory]
Splus_lt [lemma, in Coq.funind.Recdef]
Splus_lt [lemma, in Coq.funind.Recdef]
Splus_lt [lemma, in Coq.funind.Recdef]
Splus_lt [lemma, in Coq.funind.Recdef]
Splus_lt [lemma, in Coq.funind.Recdef]
Splus_lt [lemma, in Coq.funind.Recdef]
Splus_lt [lemma, in Coq.funind.Recdef]
Splus_lt [lemma, in Coq.funind.Recdef]
SPmult [constructor, in Coq.ring.Ring_normalize]
SPmult [constructor, in Coq.ring.Ring_normalize]
SPmult [constructor, in Coq.ring.Ring_normalize]
SPmult [constructor, in Coq.ring.Ring_normalize]
SPmult [constructor, in Coq.ring.Ring_normalize]
SPmult [constructor, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial [inductive, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_of_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_of [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify [definition, in Coq.ring.Ring_normalize]
spolynomial_normalize_ok [lemma, in Coq.ring.Ring_normalize]
spolynomial_normalize [definition, in Coq.ring.Ring_normalize]
spolynomial_simplify_ok [lemma, in Coq.ring.Ring_normalize]
SPplus [constructor, in Coq.ring.Ring_normalize]
SPplus [constructor, in Coq.ring.Ring_normalize]
SPplus [constructor, in Coq.ring.Ring_normalize]
SPplus [constructor, in Coq.ring.Ring_normalize]
SPplus [constructor, in Coq.ring.Ring_normalize]
SPplus [constructor, in Coq.ring.Ring_normalize]
SPvar [constructor, in Coq.ring.Ring_normalize]
SPvar [constructor, in Coq.ring.Ring_normalize]
SPvar [constructor, in Coq.ring.Ring_normalize]
SPvar [constructor, in Coq.ring.Ring_normalize]
SPvar [constructor, in Coq.ring.Ring_normalize]
sp_noswap [constructor, in Coq.Relations.Relation_Operators]
sp_noswap [constructor, in Coq.Relations.Relation_Operators]
sp_swap [constructor, in Coq.Relations.Relation_Operators]
sp_swap [constructor, in Coq.Relations.Relation_Operators]
sp_swap [constructor, in Coq.Relations.Relation_Operators]
sp_noswap [constructor, in Coq.Relations.Relation_Operators]
sp_noswap [constructor, in Coq.Relations.Relation_Operators]
sp_noswap [constructor, in Coq.Relations.Relation_Operators]
sp_noswap [constructor, in Coq.Relations.Relation_Operators]
sp_noswap [constructor, in Coq.Relations.Relation_Operators]
sp_swap [constructor, in Coq.Relations.Relation_Operators]
sp_noswap [constructor, in Coq.Relations.Relation_Operators]
sp_noswap [constructor, in Coq.Relations.Relation_Operators]
sp_swap [constructor, in Coq.Relations.Relation_Operators]
sp_swap [constructor, in Coq.Relations.Relation_Operators]
sp_swap [constructor, in Coq.Relations.Relation_Operators]
sqrt [definition, in Coq.Reals.R_sqrt]
sqrt [definition, in Coq.Reals.R_sqrt]
sqrt [definition, in Coq.Reals.R_sqrt]
sqrt [definition, in Coq.Reals.R_sqrt]
sqrtrempos [definition, in Coq.ZArith.Zsqrt]
sqrtrempos [definition, in Coq.ZArith.Zsqrt]
sqrtrempos [definition, in Coq.ZArith.Zsqrt]
sqrtrempos [definition, in Coq.ZArith.Zsqrt]
sqrtrempos [definition, in Coq.ZArith.Zsqrt]
sqrtrempos [definition, in Coq.ZArith.Zsqrt]
sqrtrempos [definition, in Coq.ZArith.Zsqrt]
sqrtrempos [definition, in Coq.ZArith.Zsqrt]
sqrtrempos [definition, in Coq.ZArith.Zsqrt]
sqrtrempos [definition, in Coq.ZArith.Zsqrt]
sqrt_lt_R0 [lemma, in Coq.Reals.R_sqrt]
sqrt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_data [inductive, in Coq.ZArith.Zsqrt]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_less [lemma, in Coq.Reals.R_sqrt]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_more [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_div [lemma, in Coq.Reals.R_sqrt]
sqrt_eq_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_main [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_init [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr [lemma, in Coq.Reals.R_sqrt]
sqrt_init [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_more [lemma, in Coq.Reals.R_sqrt]
sqrt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_def [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_le_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_init [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_mult [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_sqrt [lemma, in Coq.Reals.R_sqrt]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_le_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_R0 [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_data [inductive, in Coq.ZArith.Zsqrt]
sqrt_pos [lemma, in Coq.Reals.R_sqrt]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr [lemma, in Coq.Reals.R_sqrt]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_more [lemma, in Coq.Reals.R_sqrt]
sqrt_div [lemma, in Coq.Reals.R_sqrt]
sqrt_eq_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_inj [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_def [lemma, in Coq.Reals.R_sqrt]
sqrt_le_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr [lemma, in Coq.Reals.R_sqrt]
sqrt_mult [lemma, in Coq.Reals.R_sqrt]
sqrt_more [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_div [lemma, in Coq.Reals.R_sqrt]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_main [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_sqrt [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_less [lemma, in Coq.Reals.R_sqrt]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_R0 [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_data [inductive, in Coq.ZArith.Zsqrt]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_more [lemma, in Coq.Reals.R_sqrt]
sqrt_pos [lemma, in Coq.Reals.R_sqrt]
sqrt_div [lemma, in Coq.Reals.R_sqrt]
sqrt_eq_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_lt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_def [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_le_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_mult [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_R0 [lemma, in Coq.Reals.R_sqrt]
sqrt_sqrt [lemma, in Coq.Reals.R_sqrt]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_init [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_data [inductive, in Coq.ZArith.Zsqrt]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_less [lemma, in Coq.Reals.R_sqrt]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_le_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_init [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_R0 [lemma, in Coq.Reals.R_sqrt]
sqrt_eq_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_init [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_data [inductive, in Coq.ZArith.Zsqrt]
sqrt_pos [lemma, in Coq.Reals.R_sqrt]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lem_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr [lemma, in Coq.Reals.R_sqrt]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_more [lemma, in Coq.Reals.R_sqrt]
sqrt_div [lemma, in Coq.Reals.R_sqrt]
sqrt_eq_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_inj [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_sqrt [lemma, in Coq.Reals.R_sqrt]
sqrt_def [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_lt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_mult [lemma, in Coq.Reals.R_sqrt]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_sqrt [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_less [lemma, in Coq.Reals.R_sqrt]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_main [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_lem_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_main [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_lt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_main [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_pos [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_le_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_main [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_inj [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_def [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_le_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_mult [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_R0 [lemma, in Coq.Reals.R_sqrt]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_data [inductive, in Coq.ZArith.Zsqrt]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_less [lemma, in Coq.Reals.R_sqrt]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_R0 [lemma, in Coq.Reals.R_sqrt]
sqrt_eq_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_inj [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_pos [lemma, in Coq.Reals.R_sqrt]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr [lemma, in Coq.Reals.R_sqrt]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_more [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_div [lemma, in Coq.Reals.R_sqrt]
sqrt_le_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_init [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_sqrt [lemma, in Coq.Reals.R_sqrt]
sqrt_init [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_def [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lem_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_le_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_R0 [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_less [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_data [inductive, in Coq.ZArith.Zsqrt]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lem_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_eq_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_inj [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_pos [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_le_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr [lemma, in Coq.Reals.R_sqrt]
sqrt_mult [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_inj [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_main [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_sqrt [lemma, in Coq.Reals.R_sqrt]
sqrt_def [lemma, in Coq.Reals.R_sqrt]
sqrt_main [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_mult [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_R0 [lemma, in Coq.Reals.R_sqrt]
sqrt_main [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_init [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_data [inductive, in Coq.ZArith.Zsqrt]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_less [lemma, in Coq.Reals.R_sqrt]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_eq_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_inj [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_test_false [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_lt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_pos [lemma, in Coq.Reals.R_sqrt]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_Rsqr [lemma, in Coq.Reals.R_sqrt]
sqrt_var_maj [lemma, in Coq.Reals.Sqrt_reg]
sqrt_more [lemma, in Coq.Reals.R_sqrt]
sqrt_div [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_le_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_mult [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_sqrt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_lt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_R0 [lemma, in Coq.Reals.R_sqrt]
sqrt_less [lemma, in Coq.Reals.R_sqrt]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
sqrt_data [inductive, in Coq.ZArith.Zsqrt]
sqrt_less_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_square [lemma, in Coq.Reals.R_sqrt]
sqrt_le_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_eq_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_inj [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_lt_1 [lemma, in Coq.Reals.R_sqrt]
sqrt_lt_1_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_mult_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_pos [lemma, in Coq.Reals.R_sqrt]
sqrt_def [lemma, in Coq.Reals.R_sqrt]
sqrt_le_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr [lemma, in Coq.Reals.R_sqrt]
sqrt_mult [lemma, in Coq.Reals.R_sqrt]
sqrt_test_true [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_main_trick [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt_more [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_div [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_continuity_pt [lemma, in Coq.Reals.Sqrt_reg]
sqrt_lt_0_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_div_alt [lemma, in Coq.Reals.R_sqrt]
sqrt_sqrt [lemma, in Coq.Reals.R_sqrt]
sqrt_continuity_pt_R1 [lemma, in Coq.Reals.Sqrt_reg]
sqrt_less [lemma, in Coq.Reals.R_sqrt]
sqrt_cauchy [lemma, in Coq.Reals.R_sqrt]
sqrt_positivity [lemma, in Coq.Reals.R_sqrt]
sqrt_lem_0 [lemma, in Coq.Reals.R_sqrt]
sqrt_Rsqr_abs [lemma, in Coq.Reals.R_sqrt]
Sqrt_reg [library]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt3_2_neq_0 [lemma, in Coq.Reals.Rtrigo_calc]
sqrt31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt31_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_lower_bound [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_correct [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step_def [lemma, in Coq.Numbers.Cyclic.Int31.Cyclic31]
sqrt312_step [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sqr_pos [lemma, in Coq.ZArith.Zcomplements]
sqr_pos [lemma, in Coq.ZArith.Zcomplements]
sqr_pos [lemma, in Coq.ZArith.Zcomplements]
sqr_pos [lemma, in Coq.ZArith.Zcomplements]
sqr_pos [lemma, in Coq.ZArith.Zcomplements]
sqr_pos [lemma, in Coq.ZArith.Zcomplements]
sqr_pos [lemma, in Coq.ZArith.Zcomplements]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
square_not_prime [lemma, in Coq.ZArith.Znumtheory]
SRadd_comm [projection, in Coq.setoid_ring.Ring_theory]
SRadd_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRadd_ext [projection, in Coq.setoid_ring.Ring_theory]
SRadd_comm [projection, in Coq.setoid_ring.Ring_theory]
SRadd_ext [projection, in Coq.setoid_ring.Ring_theory]
SRadd_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRadd_comm [projection, in Coq.setoid_ring.Ring_theory]
SRadd_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRadd_comm [projection, in Coq.setoid_ring.Ring_theory]
SRadd_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRadd_ext [projection, in Coq.setoid_ring.Ring_theory]
SRadd_comm [projection, in Coq.setoid_ring.Ring_theory]
SRadd_ext [projection, in Coq.setoid_ring.Ring_theory]
SRadd_comm [projection, in Coq.setoid_ring.Ring_theory]
SRadd_ext [projection, in Coq.setoid_ring.Ring_theory]
SRadd_comm [projection, in Coq.setoid_ring.Ring_theory]
SRadd_ext [projection, in Coq.setoid_ring.Ring_theory]
SRadd_comm [projection, in Coq.setoid_ring.Ring_theory]
SRadd_ext [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_comm [projection, in Coq.setoid_ring.Ring_theory]
SRadd_ext [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_comm [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRadd_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRadd_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRadd_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRadd_ext [projection, in Coq.setoid_ring.Ring_theory]
SRdistr_l [projection, in Coq.setoid_ring.Ring_theory]
SRdistr_l [projection, in Coq.setoid_ring.Ring_theory]
SRdistr_l [projection, in Coq.setoid_ring.Ring_theory]
SRdistr_l [projection, in Coq.setoid_ring.Ring_theory]
SRdistr_l [projection, in Coq.setoid_ring.Ring_theory]
SRdistr_l [projection, in Coq.setoid_ring.Ring_theory]
SRdistr_l [projection, in Coq.setoid_ring.Ring_theory]
SRdistr_l [projection, in Coq.setoid_ring.Ring_theory]
SRdistr_l [projection, in Coq.setoid_ring.Ring_theory]
SRdiv_ext [lemma, in Coq.setoid_ring.Field_theory]
SRdiv_ext [lemma, in Coq.setoid_ring.Field_theory]
SRdiv_ext [lemma, in Coq.setoid_ring.Field_theory]
SRdiv_ext [lemma, in Coq.setoid_ring.Field_theory]
SRdiv_ext [lemma, in Coq.setoid_ring.Field_theory]
SRdiv_ext [lemma, in Coq.setoid_ring.Field_theory]
SRdiv_ext [lemma, in Coq.setoid_ring.Field_theory]
SRdiv_ext [lemma, in Coq.setoid_ring.Field_theory]
SRdiv_ext [lemma, in Coq.setoid_ring.Field_theory]
SReqe_Reqe [lemma, in Coq.setoid_ring.Ring_theory]
SReqe_Reqe [lemma, in Coq.setoid_ring.Ring_theory]
SReqe_Reqe [lemma, in Coq.setoid_ring.Ring_theory]
SReqe_Reqe [lemma, in Coq.setoid_ring.Ring_theory]
SReqe_Reqe [lemma, in Coq.setoid_ring.Ring_theory]
SReqe_Reqe [lemma, in Coq.setoid_ring.Ring_theory]
SReqe_Reqe [lemma, in Coq.setoid_ring.Ring_theory]
SReqe_Reqe [lemma, in Coq.setoid_ring.Ring_theory]
SReqe_Reqe [lemma, in Coq.setoid_ring.Ring_theory]
SReqe_Reqe [lemma, in Coq.setoid_ring.Ring_theory]
SRIDmorph [definition, in Coq.setoid_ring.Ring_theory]
SRIDmorph [definition, in Coq.setoid_ring.Ring_theory]
SRIDmorph [definition, in Coq.setoid_ring.Ring_theory]
SRIDmorph [definition, in Coq.setoid_ring.Ring_theory]
SRIDmorph [definition, in Coq.setoid_ring.Ring_theory]
SRIDmorph [definition, in Coq.setoid_ring.Ring_theory]
SRIDmorph [definition, in Coq.setoid_ring.Ring_theory]
SRIDmorph [definition, in Coq.setoid_ring.Ring_theory]
SRIDmorph [definition, in Coq.setoid_ring.Ring_theory]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_eq_ext [record, in Coq.setoid_ring.Ring_theory]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
sring_equiv2 [lemma, in Coq.setoid_ring.Ring_equiv]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmorph_Rmorph [lemma, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_ext [projection, in Coq.setoid_ring.Ring_theory]
SRmul_1_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_ext [projection, in Coq.setoid_ring.Ring_theory]
SRmul_1_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_ext [projection, in Coq.setoid_ring.Ring_theory]
SRmul_1_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_ext [projection, in Coq.setoid_ring.Ring_theory]
SRmul_1_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_1_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_1_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_1_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_comm [projection, in Coq.setoid_ring.Ring_theory]
SRmul_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_comm [projection, in Coq.setoid_ring.Ring_theory]
SRmul_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_comm [projection, in Coq.setoid_ring.Ring_theory]
SRmul_0_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_comm [projection, in Coq.setoid_ring.Ring_theory]
SRmul_comm [projection, in Coq.setoid_ring.Ring_theory]
SRmul_comm [projection, in Coq.setoid_ring.Ring_theory]
SRmul_ext [projection, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_ext [projection, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_comm [projection, in Coq.setoid_ring.Ring_theory]
SRmul_ext [projection, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_comm [projection, in Coq.setoid_ring.Ring_theory]
SRmul_ext [projection, in Coq.setoid_ring.Ring_theory]
SRmul_1_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_comm [projection, in Coq.setoid_ring.Ring_theory]
SRmul_ext [projection, in Coq.setoid_ring.Ring_theory]
SRmul_1_l [projection, in Coq.setoid_ring.Ring_theory]
SRmul_assoc [projection, in Coq.setoid_ring.Ring_theory]
SRmul_comm [projection, in Coq.setoid_ring.Ring_theory]
SRopp [definition, in Coq.setoid_ring.Ring_theory]
SRopp [definition, in Coq.setoid_ring.Ring_theory]
SRopp [definition, in Coq.setoid_ring.Ring_theory]
SRopp [definition, in Coq.setoid_ring.Ring_theory]
SRopp [definition, in Coq.setoid_ring.Ring_theory]
SRopp_ext [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_ext [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_add [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_add [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_add [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_add [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_add [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_add [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_add [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_add [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_ext [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_add [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_ext [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_ext [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_ext [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_ext [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_ext [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_mul_l [lemma, in Coq.setoid_ring.Ring_theory]
SRopp_ext [lemma, in Coq.setoid_ring.Ring_theory]
SRsub [definition, in Coq.setoid_ring.Ring_theory]
SRsub [definition, in Coq.setoid_ring.Ring_theory]
SRsub [definition, in Coq.setoid_ring.Ring_theory]
SRsub [definition, in Coq.setoid_ring.Ring_theory]
SRsub [definition, in Coq.setoid_ring.Ring_theory]
SRsub_def [lemma, in Coq.setoid_ring.Ring_theory]
SRsub_def [lemma, in Coq.setoid_ring.Ring_theory]
SRsub_def [lemma, in Coq.setoid_ring.Ring_theory]
SRsub_def [lemma, in Coq.setoid_ring.Ring_theory]
SRsub_def [lemma, in Coq.setoid_ring.Ring_theory]
SRsub_def [lemma, in Coq.setoid_ring.Ring_theory]
SRsub_def [lemma, in Coq.setoid_ring.Ring_theory]
SRsub_def [lemma, in Coq.setoid_ring.Ring_theory]
SRsub_def [lemma, in Coq.setoid_ring.Ring_theory]
SRth_ARth [lemma, in Coq.setoid_ring.Ring_theory]
SRth_ARth [lemma, in Coq.setoid_ring.Ring_theory]
SRth_ARth [lemma, in Coq.setoid_ring.Ring_theory]
SRth_ARth [lemma, in Coq.setoid_ring.Ring_theory]
SRth_ARth [lemma, in Coq.setoid_ring.Ring_theory]
SRth_ARth [lemma, in Coq.setoid_ring.Ring_theory]
SRth_ARth [lemma, in Coq.setoid_ring.Ring_theory]
SRth_ARth [lemma, in Coq.setoid_ring.Ring_theory]
SRth_ARth [lemma, in Coq.setoid_ring.Ring_theory]
SR_eq_prop [projection, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_eq_prop [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_permute [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_eq_prop [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_eq_prop [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_eq_prop [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_distr_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_eq_prop [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_eq_prop [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_comm [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_eq_prop [projection, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_comm [projection, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_assoc [projection, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_eq_prop [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_right [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left [projection, in Coq.ring.LegacyRing_theory]
SR_eq_prop [projection, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_right2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left [projection, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_assoc2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_one_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_mult_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_plus_zero_left2 [lemma, in Coq.ring.LegacyRing_theory]
SR_distr_left2 [lemma, in Coq.ring.LegacyRing_theory]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSorted_cons [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSorted_nil [constructor, in Coq.Sorting.Sorted]
SSplus_lt [lemma, in Coq.funind.Recdef]
SSplus_lt [lemma, in Coq.funind.Recdef]
SSplus_lt [lemma, in Coq.funind.Recdef]
SSplus_lt [lemma, in Coq.funind.Recdef]
SSplus_lt [lemma, in Coq.funind.Recdef]
SSplus_lt [lemma, in Coq.funind.Recdef]
SSplus_lt [lemma, in Coq.funind.Recdef]
SSplus_lt [lemma, in Coq.funind.Recdef]
SSplus_lt [lemma, in Coq.funind.Recdef]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
SSR_distr_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
SSR_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
SSR_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
Sstar_contains_Rstar [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
star_monotone [lemma, in Coq.Sets.Relations_2_facts]
StepFun [record, in Coq.Reals.RiemannInt_SF]
StepFun [record, in Coq.Reals.RiemannInt_SF]
StepFun [record, in Coq.Reals.RiemannInt_SF]
StepFun [record, in Coq.Reals.RiemannInt_SF]
StepFun [record, in Coq.Reals.RiemannInt_SF]
StepFun [record, in Coq.Reals.RiemannInt_SF]
StepFun [record, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P7 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P6 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P1 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P3 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P5 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P6 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P5 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P8 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P3 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P1 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P3 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P5 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P6 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P1 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P5 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P8 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P8 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P1 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P3 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P5 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P1 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P9 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P2 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P5 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P8 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P8 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P1 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P9 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P5 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P8 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P1 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P9 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P2 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P5 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P8 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P1 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P7 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P2 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P1 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P4 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P9 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P5 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P8 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P4 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P9 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P2 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P5 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P8 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P7 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P2 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P1 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P4 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P40 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P7 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P9 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P6 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P4 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P9 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P2 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P8 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P7 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P41 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P3 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P2 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P4 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P7 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P9 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P6 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P46 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P4 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P29 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P9 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P19 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P6 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P43 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P2 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P7 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P6 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P3 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P2 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P4 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P7 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P44 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P6 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P3 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P15 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P4 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P9 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P7 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P23 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P3 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P2 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P30 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P12 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P11 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P7 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P6 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P3 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P17 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P4 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P20 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P31 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P6 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P14 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P32 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P4 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P16 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P10 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P33 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P38 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P37 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P42 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P35 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P26 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P28 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P3 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P22 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P34 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P39 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P25 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P18 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P24 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P13 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P45 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P36 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P21 [lemma, in Coq.Reals.RiemannInt_SF]
StepFun_P27 [lemma, in Coq.Reals.RiemannInt_SF]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_eq_prop [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_distr_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_assoc2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_def2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_reg_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_one_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_zero [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_permute [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_left2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_distr_left [projection, in Coq.ring.Setoid_ring_theory]
STh_plus_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_opp [lemma, in Coq.ring.Setoid_ring_theory]
STh_mult_opp_opp2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_zero_left [projection, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right2 [lemma, in Coq.ring.Setoid_ring_theory]
STh_opp_mult_right [lemma, in Coq.ring.Setoid_ring_theory]
STh_plus_comm [projection, in Coq.ring.Setoid_ring_theory]
STh_mult_zero_right2 [lemma, in Coq.ring.Setoid_ring_theory]
stop [constructor, in Coq.Logic.ConstructiveEpsilon]
stop [constructor, in Coq.Logic.ConstructiveEpsilon]
stop [constructor, in Coq.Logic.ConstructiveEpsilon]
stop [constructor, in Coq.Logic.ConstructiveEpsilon]
Stream [inductive, in Coq.Lists.Streams]
Stream [inductive, in Coq.Lists.Streams]
Stream [inductive, in Coq.Lists.Streams]
Stream [inductive, in Coq.Lists.Streams]
Stream [inductive, in Coq.Lists.Streams]
Stream [inductive, in Coq.Lists.Streams]
StreamMemo [library]
Streams [section, in Coq.Lists.Streams]
Streams [section, in Coq.Lists.Streams]
Streams [section, in Coq.Lists.Streams]
Streams [section, in Coq.Lists.Streams]
Streams [section, in Coq.Lists.Streams]
Streams [section, in Coq.Lists.Streams]
Streams [section, in Coq.Lists.Streams]
Streams [library]
Streams.A [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvThenP [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvThenP [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvThenP [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.Inv [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvThenP [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.Inv [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvThenP [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvThenP [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvThenP [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvThenP [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.Inv [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.P [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll.InvIsStable [variable, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streams.Stream_Properties.Co_Induction_ForAll [section, in Coq.Lists.Streams]
Streams.Stream_Properties [section, in Coq.Lists.Streams]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Streicher_K_ [definition, in Coq.Logic.EqdepFacts]
Streicher_K__eq_rect_eq [lemma, in Coq.Logic.EqdepFacts]
Strict [constructor, in Coq.micromega.RingMicromega]
Strict [constructor, in Coq.micromega.RingMicromega]
Strict [constructor, in Coq.micromega.RingMicromega]
Strict [constructor, in Coq.micromega.RingMicromega]
Strict [constructor, in Coq.micromega.RingMicromega]
Strict [constructor, in Coq.micromega.RingMicromega]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
strictincreasing_strictdecreasing_opp [lemma, in Coq.Reals.MVT]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder [record, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_inverse [lemma, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Irreflexive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PreOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Asymmetric [instance, in Coq.Classes.RelationClasses]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
StrictOrder_PartialOrder [lemma, in Coq.Classes.Morphisms]
StrictOrder_Transitive [projection, in Coq.Classes.RelationClasses]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
_ - _ [notation, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
STRICT_ORDERED_RING.ropp [variable, in Coq.micromega.OrderedRing]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
STRICT_ORDERED_RING.rtimes [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.rlt [variable, in Coq.micromega.OrderedRing]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Included [definition, in Coq.Sets.Ensembles]
STRICT_ORDERED_RING.sor [variable, in Coq.micromega.OrderedRing]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING.R [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
_ == _ [notation, in Coq.micromega.OrderedRing]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
_ + _ [notation, in Coq.micromega.OrderedRing]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
STRICT_ORDERED_RING.sor [variable, in Coq.micromega.OrderedRing]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
STRICT_ORDERED_RING.rminus [variable, in Coq.micromega.OrderedRing]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.rminus [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.rminus [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
STRICT_ORDERED_RING.rplus [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.req [variable, in Coq.micromega.OrderedRing]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.rplus [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING.rminus [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING.rO [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.rle [variable, in Coq.micromega.OrderedRing]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
_ <= _ [notation, in Coq.micromega.OrderedRing]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.rle [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING.ropp [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING.rtimes [variable, in Coq.micromega.OrderedRing]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
STRICT_ORDERED_RING.rI [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
1 [notation, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
STRICT_ORDERED_RING.rtimes [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
STRICT_ORDERED_RING.rlt [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING.rtimes [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.rlt [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.rtimes [variable, in Coq.micromega.OrderedRing]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
STRICT_ORDERED_RING.rminus [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
- _ [notation, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.sor [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
STRICT_ORDERED_RING.rplus [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
_ ~= _ [notation, in Coq.micromega.OrderedRing]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.req [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
STRICT_ORDERED_RING.rminus [variable, in Coq.micromega.OrderedRing]
Strict_Included [definition, in Coq.Sets.Ensembles]
STRICT_ORDERED_RING.rplus [variable, in Coq.micromega.OrderedRing]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
_ * _ [notation, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
0 [notation, in Coq.micromega.OrderedRing]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
STRICT_ORDERED_RING.req [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING.rplus [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING.rO [variable, in Coq.micromega.OrderedRing]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_Rel_Transitive [lemma, in Coq.Sets.Partial_Order]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
STRICT_ORDERED_RING.ropp [variable, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
STRICT_ORDERED_RING.rtimes [variable, in Coq.micromega.OrderedRing]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive_with_inclusion_left [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.rI [variable, in Coq.micromega.OrderedRing]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
Strict_Rel_of [definition, in Coq.Sets.Partial_Order]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Rel_is_Strict_Included [lemma, in Coq.Sets.Powerset]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
Strict_Included [definition, in Coq.Sets.Ensembles]
Strict_Rel_Transitive_with_Rel [lemma, in Coq.Sets.Partial_Order]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
strict_decreasing [definition, in Coq.Reals.Ranalysis1]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
STRICT_ORDERED_RING.rle [variable, in Coq.micromega.OrderedRing]
STRICT_ORDERED_RING.ropp [variable, in Coq.micromega.OrderedRing]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
STRICT_ORDERED_RING [section, in Coq.micromega.OrderedRing]
strict_increasing [definition, in Coq.Reals.Ranalysis1]
Strict_Rel_Transitive_with_Rel_left [lemma, in Coq.Sets.Partial_Order]
Strict_Included_inv [lemma, in Coq.Sets.Classical_sets]
_ < _ [notation, in Coq.micromega.OrderedRing]
Strict_inclusion_is_transitive [lemma, in Coq.Sets.Powerset]
Strict_Included_strict [lemma, in Coq.Sets.Constructive_sets]
Strict_super_set_contains_new_element [lemma, in Coq.Sets.Classical_sets]
Strict_inclusion_is_transitive_with_inclusion [lemma, in Coq.Sets.Powerset]
Strict_Included_intro [lemma, in Coq.Sets.Constructive_sets]
string [inductive, in Coq.Strings.String]
String [constructor, in Coq.Strings.String]
string [inductive, in Coq.Strings.String]
String [constructor, in Coq.Strings.String]
string [inductive, in Coq.Strings.String]
string [inductive, in Coq.Strings.String]
String [constructor, in Coq.Strings.String]
string [inductive, in Coq.Strings.String]
String [constructor, in Coq.Strings.String]
string [inductive, in Coq.Strings.String]
String [constructor, in Coq.Strings.String]
String [constructor, in Coq.Strings.String]
String [library]
string_dec [definition, in Coq.Strings.String]
string_dec [definition, in Coq.Strings.String]
string_dec [definition, in Coq.Strings.String]
string_dec [definition, in Coq.Strings.String]
string_dec [definition, in Coq.Strings.String]
string_dec [definition, in Coq.Strings.String]
string_dec [definition, in Coq.Strings.String]
string_dec [definition, in Coq.Strings.String]
string_dec [definition, in Coq.Strings.String]
string_dec [definition, in Coq.Strings.String]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
strip_commut [lemma, in Coq.Wellfounded.Union]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted [inductive, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
StronglySorted_Sorted [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_rect [lemma, in Coq.Sorting.Sorted]
StronglySorted_rec [lemma, in Coq.Sorting.Sorted]
StronglySorted_inv [lemma, in Coq.Sorting.Sorted]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strongly_confluent [definition, in Coq.Sets.Relations_2]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence_direct [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
Strong_confluence [lemma, in Coq.Sets.Relations_3_facts]
StrOrder [module, in Coq.Structures.Orders]
StrOrder [module, in Coq.Structures.Orders]
StrOrder [module, in Coq.Structures.Orders]
StrOrder [module, in Coq.Structures.Orders]
StrOrder [module, in Coq.Structures.Orders]
StrOrder [module, in Coq.Structures.Orders]
StrOrder [module, in Coq.Structures.Orders]
StrOrder [module, in Coq.Structures.Orders]
StrOrder' [module, in Coq.Structures.Orders]
StrOrder' [module, in Coq.Structures.Orders]
StrOrder' [module, in Coq.Structures.Orders]
StrOrder' [module, in Coq.Structures.Orders]
StrOrder' [module, in Coq.Structures.Orders]
StrOrder' [module, in Coq.Structures.Orders]
StrOrder' [module, in Coq.Structures.Orders]
StrOrder' [module, in Coq.Structures.Orders]
StrOrder' [module, in Coq.Structures.Orders]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth [definition, in Coq.Lists.Streams]
Str_nth [definition, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl [definition, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl [definition, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth [definition, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl [definition, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl [definition, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth [definition, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl [definition, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl [definition, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth [definition, in Coq.Lists.Streams]
Str_nth [definition, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl [definition, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl [definition, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth [definition, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl [definition, in Coq.Lists.Streams]
Str_nth_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth_tl [definition, in Coq.Lists.Streams]
Str_nth_tl_plus [lemma, in Coq.Lists.Streams]
Str_nth_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
Str_nth_tl_zipWith [lemma, in Coq.Lists.Streams]
Str_nth_tl_map [lemma, in Coq.Lists.Streams]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
subdivision_val [definition, in Coq.Reals.RiemannInt_SF]
SubEqui [definition, in Coq.Reals.RiemannInt]
SubEqui [definition, in Coq.Reals.RiemannInt]
SubEqui [definition, in Coq.Reals.RiemannInt]
SubEqui [definition, in Coq.Reals.RiemannInt]
SubEqui [definition, in Coq.Reals.RiemannInt]
SubEqui [definition, in Coq.Reals.RiemannInt]
SubEqui [definition, in Coq.Reals.RiemannInt]
SubEquiN [definition, in Coq.Reals.RiemannInt]
SubEquiN [definition, in Coq.Reals.RiemannInt]
SubEquiN [definition, in Coq.Reals.RiemannInt]
SubEquiN [definition, in Coq.Reals.RiemannInt]
SubEquiN [definition, in Coq.Reals.RiemannInt]
SubEquiN [definition, in Coq.Reals.RiemannInt]
SubEquiN [definition, in Coq.Reals.RiemannInt]
SubEquiN [definition, in Coq.Reals.RiemannInt]
SubEqui_P8 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P6 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P2 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P4 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P1 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P8 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P6 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P4 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P7 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P5 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P1 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P8 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P2 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P9 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P5 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P8 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P2 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P4 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P1 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P6 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P4 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P7 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P7 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P9 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P8 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P7 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P7 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P9 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P3 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P7 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P9 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P7 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P9 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P3 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P7 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P5 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P9 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P2 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P3 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P7 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P9 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P6 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P4 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P3 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P1 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P9 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P3 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P5 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P8 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P2 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P3 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P7 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P5 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P1 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P9 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P6 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P2 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P4 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P3 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P5 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P1 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P9 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P6 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P2 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P4 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P5 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P1 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P8 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P6 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P2 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P4 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P3 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P5 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P1 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P8 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P6 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P2 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P4 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P3 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P1 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P6 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P8 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P4 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P5 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P1 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P6 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P8 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P2 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P3 [lemma, in Coq.Reals.RiemannInt]
SubEqui_P5 [lemma, in Coq.Reals.RiemannInt]
subfamily [definition, in Coq.Reals.Rtopology]
subfamily [definition, in Coq.Reals.Rtopology]
subfamily [definition, in Coq.Reals.Rtopology]
subfamily [definition, in Coq.Reals.Rtopology]
subfamily [definition, in Coq.Reals.Rtopology]
subfamily [definition, in Coq.Reals.Rtopology]
subfamily [definition, in Coq.Reals.Rtopology]
subfamily [definition, in Coq.Reals.Rtopology]
subfamily [definition, in Coq.Reals.Rtopology]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation [definition, in Coq.Init.Logic]
subrelation [definition, in Coq.Init.Logic]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation [definition, in Coq.Init.Logic]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation [definition, in Coq.Init.Logic]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation [definition, in Coq.Init.Logic]
subrelation [definition, in Coq.Init.Logic]
subrelation [definition, in Coq.Init.Logic]
subrelation [definition, in Coq.Init.Logic]
subrelation [definition, in Coq.Init.Logic]
subrelation [definition, in Coq.Init.Logic]
subrelation [definition, in Coq.Init.Logic]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation [record, in Coq.Classes.RelationClasses]
subrelation [inductive, in Coq.Classes.RelationClasses]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_partial_order [instance, in Coq.Classes.RelationClasses]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_respectful [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_symmetric [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_id_proper [instance, in Coq.Classes.Morphisms]
subrelation_proper [lemma, in Coq.Classes.Morphisms]
subrelation_refl [lemma, in Coq.Classes.Morphisms]
subrelation_pointwise [instance, in Coq.Classes.Morphisms_Relations]
subset [definition, in Coq.Logic.ClassicalChoice]
subset [definition, in Coq.Logic.ClassicalChoice]
subset [definition, in Coq.Logic.ClassicalChoice]
subset [definition, in Coq.Logic.ClassicalChoice]
subset [definition, in Coq.Logic.ClassicalChoice]
subset [definition, in Coq.Logic.ClassicalChoice]
Subset [library]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_eq [lemma, in Coq.Program.Subset]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_eq [lemma, in Coq.Program.Subset]
Subset_projections [section, in Coq.Init.Specif]
subset_eq [lemma, in Coq.Program.Subset]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_eq [lemma, in Coq.Program.Subset]
subset_eq [lemma, in Coq.Program.Subset]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_eq [lemma, in Coq.Program.Subset]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_eq [lemma, in Coq.Program.Subset]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_eq [lemma, in Coq.Program.Subset]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections [section, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections.A [variable, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
Subset_projections.P [variable, in Coq.Init.Specif]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_eq [lemma, in Coq.Program.Subset]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
subset_types_imp_guarded_rel_choice_iff_rel_choice [lemma, in Coq.Logic.ChoiceFacts]
substring [definition, in Coq.Strings.String]
substring [definition, in Coq.Strings.String]
substring [definition, in Coq.Strings.String]
substring [definition, in Coq.Strings.String]
substring [definition, in Coq.Strings.String]
substring [definition, in Coq.Strings.String]
substring [definition, in Coq.Strings.String]
substring [definition, in Coq.Strings.String]
substring [definition, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct1 [lemma, in Coq.Strings.String]
substring_correct2 [lemma, in Coq.Strings.String]
Subtract [definition, in Coq.Sets.Ensembles]
Subtract [definition, in Coq.Sets.Ensembles]
Subtract [definition, in Coq.Sets.Ensembles]
Subtract [definition, in Coq.Sets.Ensembles]
Subtract [definition, in Coq.Sets.Ensembles]
Subtract [definition, in Coq.Sets.Ensembles]
Subtract [definition, in Coq.Sets.Ensembles]
Subtract [definition, in Coq.Sets.Ensembles]
Subtraction [record, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
Subtraction [record, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
Subtraction [record, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
Subtraction [record, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
Subtraction [record, in Coq.nsatz.Nsatz]
Subtraction [record, in Coq.nsatz.Nsatz]
Subtraction [record, in Coq.nsatz.Nsatz]
Subtraction [record, in Coq.nsatz.Nsatz]
Subtraction [record, in Coq.nsatz.Nsatz]
Subtraction [record, in Coq.nsatz.Nsatz]
Subtraction [record, in Coq.nsatz.Nsatz]
subtraction [projection, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
subtraction_ring [instance, in Coq.nsatz.Nsatz]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
Subtract_inv [lemma, in Coq.Sets.Classical_sets]
Subtract_intro [lemma, in Coq.Sets.Classical_sets]
sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
Sub_Add_new [lemma, in Coq.Sets.Powerset_Classical_facts]
sub_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sub31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31 [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31c [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31c [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31c [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31c [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31c [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31c [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
sub31carryc [definition, in Coq.Numbers.Cyclic.Int31.Int31]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_pred [lemma, in Coq.Numbers.Natural.BigN.BigN]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_IZR [lemma, in Coq.Reals.RIneq]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_pred [lemma, in Coq.Numbers.Natural.BigN.BigN]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_IZR [lemma, in Coq.Reals.RIneq]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_IZR [lemma, in Coq.Reals.RIneq]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_IZR [lemma, in Coq.Reals.RIneq]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_pred [lemma, in Coq.Numbers.Natural.BigN.BigN]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_IZR [lemma, in Coq.Reals.RIneq]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_IZR [lemma, in Coq.Reals.RIneq]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_IZR [lemma, in Coq.Reals.RIneq]
succ_pred [lemma, in Coq.Numbers.Natural.BigN.BigN]
succ_IZR [lemma, in Coq.Reals.RIneq]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_pred [lemma, in Coq.Numbers.Natural.BigN.BigN]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_pred [lemma, in Coq.Numbers.Natural.BigN.BigN]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_pred [lemma, in Coq.Numbers.Natural.BigN.BigN]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_pred [lemma, in Coq.Numbers.Natural.BigN.BigN]
succ_pred [lemma, in Coq.Numbers.Natural.BigN.BigN]
succ_max_distr [lemma, in Coq.Arith.MinMax]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_min_distr [lemma, in Coq.Arith.MinMax]
succ_plus_discr [lemma, in Coq.Arith.Plus]
succ_max_distr [definition, in Coq.Arith.Max]
succ_min_distr [definition, in Coq.Arith.Min]
succ_max_distr [lemma, in Coq.Arith.MinMax]
sum [inductive, in Coq.Init.Datatypes]
sum [inductive, in Coq.Init.Datatypes]
sum [inductive, in Coq.Init.Datatypes]
sumbool [inductive, in Coq.Init.Specif]
sumbool [inductive, in Coq.Init.Specif]
sumbool [inductive, in Coq.Init.Specif]
sumbool [inductive, in Coq.Init.Specif]
sumbool [inductive, in Coq.Init.Specif]
sumbool [inductive, in Coq.Init.Specif]
sumbool [inductive, in Coq.Init.Specif]
Sumbool [library]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_or [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_or [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_or [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_or [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_or [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumbool_or [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_or [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumbool_or [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_or [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_and [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_or [definition, in Coq.Bool.Sumbool]
sumbool_of_bool [definition, in Coq.Bool.Sumbool]
sumbool_not [definition, in Coq.Bool.Sumbool]
sumor [inductive, in Coq.Init.Specif]
sumor [inductive, in Coq.Init.Specif]
sumor [inductive, in Coq.Init.Specif]
sumor [inductive, in Coq.Init.Specif]
sumor [inductive, in Coq.Init.Specif]
sum_cv_maj [lemma, in Coq.Reals.PartSum]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_maj1 [lemma, in Coq.Reals.SeqSeries]
sum_nat_f [definition, in Coq.Reals.Rfunctions]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_plus [lemma, in Coq.Reals.Cauchy_prod]
sum_nat_O [definition, in Coq.Reals.Rfunctions]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_maj1 [lemma, in Coq.Reals.SeqSeries]
sum_f_R0 [definition, in Coq.Reals.Rfunctions]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_f [definition, in Coq.Reals.Rfunctions]
sum_eqdec [instance, in Coq.Classes.EquivDec]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_eq_R0 [lemma, in Coq.Reals.PartSum]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_maj1 [lemma, in Coq.Reals.SeqSeries]
sum_incr [lemma, in Coq.Reals.PartSum]
sum_Rle [lemma, in Coq.Reals.PartSum]
sum_cte [lemma, in Coq.Reals.PartSum]
sum_Rle [lemma, in Coq.Reals.PartSum]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_eq [lemma, in Coq.Reals.PartSum]
sum_nat_O [definition, in Coq.Reals.Rfunctions]
sum_maj1 [lemma, in Coq.Reals.SeqSeries]
sum_eq_R0 [lemma, in Coq.Reals.PartSum]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_nat_f [definition, in Coq.Reals.Rfunctions]
sum_plus [lemma, in Coq.Reals.Cauchy_prod]
sum_incr [lemma, in Coq.Reals.PartSum]
sum_cte [lemma, in Coq.Reals.PartSum]
sum_cv_maj [lemma, in Coq.Reals.PartSum]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_nat_O [definition, in Coq.Reals.Rfunctions]
sum_cv_maj [lemma, in Coq.Reals.PartSum]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_f_R0 [definition, in Coq.Reals.Rfunctions]
sum_plus [lemma, in Coq.Reals.Cauchy_prod]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_nat_f [definition, in Coq.Reals.Rfunctions]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_maj1 [lemma, in Coq.Reals.SeqSeries]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_eq_R0 [lemma, in Coq.Reals.PartSum]
sum_nat_O [definition, in Coq.Reals.Rfunctions]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_incr [lemma, in Coq.Reals.PartSum]
sum_nat_f [definition, in Coq.Reals.Rfunctions]
sum_cte [lemma, in Coq.Reals.PartSum]
sum_f_R0 [definition, in Coq.Reals.Rfunctions]
sum_Rle [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_nat_O [definition, in Coq.Reals.Rfunctions]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_nat [definition, in Coq.Reals.Rfunctions]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_eq [lemma, in Coq.Reals.PartSum]
sum_nat_f [definition, in Coq.Reals.Rfunctions]
sum_f_R0 [definition, in Coq.Reals.Rfunctions]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_incr [lemma, in Coq.Reals.PartSum]
sum_nat_O [definition, in Coq.Reals.Rfunctions]
sum_cv_maj [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_nat [definition, in Coq.Reals.Rfunctions]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_plus [lemma, in Coq.Reals.Cauchy_prod]
sum_cv_maj [lemma, in Coq.Reals.PartSum]
sum_f_R0 [definition, in Coq.Reals.Rfunctions]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_nat_f [definition, in Coq.Reals.Rfunctions]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_nat_O [definition, in Coq.Reals.Rfunctions]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_eq_R0 [lemma, in Coq.Reals.PartSum]
sum_nat [definition, in Coq.Reals.Rfunctions]
sum_eq_R0 [lemma, in Coq.Reals.PartSum]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_nat_f [definition, in Coq.Reals.Rfunctions]
sum_f_R0 [definition, in Coq.Reals.Rfunctions]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_Rle [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_Rle [lemma, in Coq.Reals.PartSum]
sum_nat_O [definition, in Coq.Reals.Rfunctions]
sum_nat [definition, in Coq.Reals.Rfunctions]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_eq [lemma, in Coq.Reals.PartSum]
sum_f_R0 [definition, in Coq.Reals.Rfunctions]
sum_eq_R0 [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_incr [lemma, in Coq.Reals.PartSum]
sum_cte [lemma, in Coq.Reals.PartSum]
sum_plus [lemma, in Coq.Reals.Cauchy_prod]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_cv_maj [lemma, in Coq.Reals.PartSum]
sum_nat [definition, in Coq.Reals.Rfunctions]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_cv_maj [lemma, in Coq.Reals.PartSum]
sum_f [definition, in Coq.Reals.Rfunctions]
sum_nat_f [definition, in Coq.Reals.Rfunctions]
sum_eqdec [instance, in Coq.Classes.EquivDec]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_nat_O [definition, in Coq.Reals.Rfunctions]
sum_plus [lemma, in Coq.Reals.Cauchy_prod]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_nat_f [definition, in Coq.Reals.Rfunctions]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_eqdec [instance, in Coq.Classes.EquivDec]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_maj1 [lemma, in Coq.Reals.SeqSeries]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_eq [lemma, in Coq.Reals.PartSum]
sum_nat [definition, in Coq.Reals.Rfunctions]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_eq_R0 [lemma, in Coq.Reals.PartSum]
sum_f_R0 [definition, in Coq.Reals.Rfunctions]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_maj1 [lemma, in Coq.Reals.SeqSeries]
sum_incr [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.Cyclic.DoubleCyclic.DoubleMul]
sum_cte [lemma, in Coq.Reals.PartSum]
sum_Rle [lemma, in Coq.Reals.PartSum]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_nat [definition, in Coq.Reals.Rfunctions]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_f [definition, in Coq.Reals.Rfunctions]
sum_eq_R0 [lemma, in Coq.Reals.PartSum]
sum_eqdec [instance, in Coq.Classes.EquivDec]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_eq [lemma, in Coq.Reals.PartSum]
sum_maj1 [lemma, in Coq.Reals.SeqSeries]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_incr [lemma, in Coq.Reals.PartSum]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_cv_maj [lemma, in Coq.Reals.PartSum]
sum_f [definition, in Coq.Reals.Rfunctions]
sum_eqdec [instance, in Coq.Classes.EquivDec]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_cv_maj [lemma, in Coq.Reals.PartSum]
sum_plus [lemma, in Coq.Reals.Cauchy_prod]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_eqdec [instance, in Coq.Classes.EquivDec]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_growing [lemma, in Coq.Reals.PartSum]
sum_eq_R0 [lemma, in Coq.Reals.PartSum]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_eqdec [instance, in Coq.Classes.EquivDec]
sum_decomposition [lemma, in Coq.Reals.PartSum]
sum_cte [lemma, in Coq.Reals.PartSum]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_Rle [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_f [definition, in Coq.Reals.Rfunctions]
sum_eqdec [instance, in Coq.Classes.EquivDec]
sum_eq [lemma, in Coq.Reals.PartSum]
sum_nat_f_O [definition, in Coq.Reals.Rfunctions]
sum_inequa_Rle_lt [lemma, in Coq.Reals.RIneq]
sum_f_R0_triangle [lemma, in Coq.Reals.Rfunctions]
sum_incr [lemma, in Coq.Reals.PartSum]
sum_mul_carry [lemma, in Coq.Numbers.BigNumPrelude]
sum_N_predN [lemma, in Coq.Reals.Cauchy_prod]
sum_cte [lemma, in Coq.Reals.PartSum]
sum_eqdec [instance, in Coq.Classes.EquivDec]
sum_cv_maj [lemma, in Coq.Reals.PartSum]
sum_plus [lemma, in Coq.Reals.Cauchy_prod]
sup [constructor, in Coq.Wellfounded.Well_Ordering]
sup [constructor, in Coq.Wellfounded.Well_Ordering]
sup [constructor, in Coq.Wellfounded.Well_Ordering]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
surjective_pairing [lemma, in Coq.Init.Datatypes]
Swap [section, in Coq.Relations.Relation_Operators]
Swap [section, in Coq.Wellfounded.Lexicographic_Product]
Swap [section, in Coq.Relations.Relation_Operators]
Swap [section, in Coq.Relations.Relation_Operators]
Swap [section, in Coq.Wellfounded.Lexicographic_Product]
Swap [section, in Coq.Relations.Relation_Operators]
Swap [section, in Coq.Wellfounded.Lexicographic_Product]
Swap [section, in Coq.Wellfounded.Lexicographic_Product]
SwapProd [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
swapprod [inductive, in Coq.Relations.Relation_Operators]
SwapProd [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
swapprod [inductive, in Coq.Relations.Relation_Operators]
SwapProd [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
swapprod [inductive, in Coq.Relations.Relation_Operators]
SwapProd [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
SwapProd [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
swapprod [inductive, in Coq.Relations.Relation_Operators]
swapprod [inductive, in Coq.Relations.Relation_Operators]
SwapProd [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
swapprod [inductive, in Coq.Relations.Relation_Operators]
SwapProd [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
SwapProd [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
swapprod [inductive, in Coq.Relations.Relation_Operators]
swapprod [inductive, in Coq.Relations.Relation_Operators]
swap_Acc [lemma, in Coq.Wellfounded.Lexicographic_Product]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_Acc [lemma, in Coq.Wellfounded.Lexicographic_Product]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_Acc [lemma, in Coq.Wellfounded.Lexicographic_Product]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_Acc [lemma, in Coq.Wellfounded.Lexicographic_Product]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_Acc [lemma, in Coq.Wellfounded.Lexicographic_Product]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_Acc [lemma, in Coq.Wellfounded.Lexicographic_Product]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_Acc [lemma, in Coq.Wellfounded.Lexicographic_Product]
swap_sumbool [definition, in Coq.Classes.EquivDec]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_Acc [lemma, in Coq.Wellfounded.Lexicographic_Product]
swap_sumbool [definition, in Coq.Classes.SetoidDec]
swap_sumbool [definition, in Coq.Classes.EquivDec]
Swap.A [variable, in Coq.Wellfounded.Lexicographic_Product]
Swap.A [variable, in Coq.Relations.Relation_Operators]
Swap.R [variable, in Coq.Relations.Relation_Operators]
Swap.R [variable, in Coq.Wellfounded.Lexicographic_Product]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz [module, in Coq.MSets.MSetList]
SWithLeibniz.E [module, in Coq.MSets.MSetList]
SWithLeibniz.eq_leibniz [axiom, in Coq.MSets.MSetList]
SWithLeibniz.eq_leibniz [axiom, in Coq.MSets.MSetList]
SWithLeibniz.eq_leibniz [axiom, in Coq.MSets.MSetList]
SWithLeibniz.eq_leibniz [axiom, in Coq.MSets.MSetList]
SWithLeibniz.eq_leibniz [axiom, in Coq.MSets.MSetList]
SWithLeibniz.eq_leibniz [axiom, in Coq.MSets.MSetList]
SWithLeibniz.eq_leibniz [axiom, in Coq.MSets.MSetList]
SWithLeibniz.eq_leibniz [axiom, in Coq.MSets.MSetList]
SWithLeibniz.eq_leibniz [axiom, in Coq.MSets.MSetList]
SWithLeibniz.eq_leibniz [axiom, in Coq.MSets.MSetList]
symmetric [definition, in Coq.Relations.Relation_Definitions]
symmetric [definition, in Coq.Relations.Relation_Definitions]
Symmetric [definition, in Coq.Sets.Relations_1]
Symmetric [definition, in Coq.Sets.Relations_1]
Symmetric [definition, in Coq.Sets.Relations_1]
symmetric [definition, in Coq.Relations.Relation_Definitions]
Symmetric [record, in Coq.Classes.RelationClasses]
Symmetric [inductive, in Coq.Classes.RelationClasses]
Symmetric [definition, in Coq.Sets.Relations_1]
Symmetric [record, in Coq.Classes.RelationClasses]
Symmetric [inductive, in Coq.Classes.RelationClasses]
symmetric [definition, in Coq.Relations.Relation_Definitions]
Symmetric [definition, in Coq.Sets.Relations_1]
Symmetric [record, in Coq.Classes.RelationClasses]
Symmetric [inductive, in Coq.Classes.RelationClasses]
Symmetric [definition, in Coq.Sets.Relations_1]
symmetric [definition, in Coq.Relations.Relation_Definitions]
Symmetric [record, in Coq.Classes.RelationClasses]
Symmetric [inductive, in Coq.Classes.RelationClasses]
Symmetric [definition, in Coq.Sets.Relations_1]
Symmetric [record, in Coq.Classes.RelationClasses]
Symmetric [inductive, in Coq.Classes.RelationClasses]
symmetric [definition, in Coq.Relations.Relation_Definitions]
Symmetric [record, in Coq.Classes.RelationClasses]
Symmetric [inductive, in Coq.Classes.RelationClasses]
Symmetric [definition, in Coq.Sets.Relations_1]
symmetric [definition, in Coq.Relations.Relation_Definitions]
Symmetric [record, in Coq.Classes.RelationClasses]
Symmetric [inductive, in Coq.Classes.RelationClasses]
Symmetric [record, in Coq.Classes.RelationClasses]
Symmetric [inductive, in Coq.Classes.RelationClasses]
Symmetric [definition, in Coq.Sets.Relations_1]
Symmetric [record, in Coq.Classes.RelationClasses]
Symmetric [inductive, in Coq.Classes.RelationClasses]
symmetric [definition, in Coq.Relations.Relation_Definitions]
symmetric [definition, in Coq.Relations.Relation_Definitions]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
Symmetric_Product.leA [variable, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
Symmetric_Product.leA [variable, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
Symmetric_Product.A [variable, in Coq.Relations.Relation_Operators]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
Symmetric_Product.leB [variable, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
Symmetric_Product.B [variable, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
Symmetric_Product.leB [variable, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
Symmetric_Product.leB [variable, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
Symmetric_Product.leA [variable, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
Symmetric_Product [section, in Coq.Relations.Relation_Operators]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetric_equiv_inverse [lemma, in Coq.Classes.Morphisms]
symmetry [projection, in Coq.Classes.RelationClasses]
symmetry [constructor, in Coq.Classes.RelationClasses]
symmetry [projection, in Coq.Classes.RelationClasses]
symmetry [constructor, in Coq.Classes.RelationClasses]
symmetry [projection, in Coq.Classes.RelationClasses]
symmetry [constructor, in Coq.Classes.RelationClasses]
symmetry [projection, in Coq.Classes.RelationClasses]
symmetry [constructor, in Coq.Classes.RelationClasses]
symmetry [projection, in Coq.Classes.RelationClasses]
symmetry [constructor, in Coq.Classes.RelationClasses]
symmetry [projection, in Coq.Classes.RelationClasses]
symmetry [constructor, in Coq.Classes.RelationClasses]
symmetry [projection, in Coq.Classes.RelationClasses]
symmetry [constructor, in Coq.Classes.RelationClasses]
symmetry [projection, in Coq.Classes.RelationClasses]
symmetry [constructor, in Coq.Classes.RelationClasses]
Symprod [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
symprod [inductive, in Coq.Relations.Relation_Operators]
Symprod [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
Symprod [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
Symprod [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
Symprod [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
Symprod [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
Symprod [abbreviation, in Coq.Wellfounded.Lexicographic_Product]
symprod [inductive, in Coq.Relations.Relation_Operators]
symprod [inductive, in Coq.Relations.Relation_Operators]
symprod [inductive, in Coq.Relations.Relation_Operators]
symprod [inductive, in Coq.Relations.Relation_Operators]
symprod [inductive, in Coq.Relations.Relation_Operators]
symprod [inductive, in Coq.Relations.Relation_Operators]
sym_equal [abbreviation, in Coq.Init.Logic]
sym_equal [abbreviation, in Coq.Init.Logic]
sym_not_id [abbreviation, in Coq.Init.Logic_Type]
sym_equal [abbreviation, in Coq.Init.Logic]
sym_not_id [abbreviation, in Coq.Init.Logic_Type]
sym_EqSt [lemma, in Coq.Lists.Streams]
sym_EqSt [lemma, in Coq.Lists.Streams]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_not_eq [abbreviation, in Coq.Init.Logic]
sym_not_eq [abbreviation, in Coq.Init.Logic]
sym_eq [abbreviation, in Coq.Init.Logic]
sym_not_eq [abbreviation, in Coq.Init.Logic]
sym_eq [abbreviation, in Coq.Init.Logic]
sym_id [abbreviation, in Coq.Init.Logic_Type]
sym_not_eq [abbreviation, in Coq.Init.Logic]
sym_eq [abbreviation, in Coq.Init.Logic]
sym_eq [abbreviation, in Coq.Init.Logic]
sym_EqSt [lemma, in Coq.Lists.Streams]
sym_id [abbreviation, in Coq.Init.Logic_Type]
sym_not_id [abbreviation, in Coq.Init.Logic_Type]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_equal [abbreviation, in Coq.Init.Logic]
sym_not_id [abbreviation, in Coq.Init.Logic_Type]
sym_equal [abbreviation, in Coq.Init.Logic]
sym_equal [abbreviation, in Coq.Init.Logic]
sym_not_id [abbreviation, in Coq.Init.Logic_Type]
sym_id [abbreviation, in Coq.Init.Logic_Type]
sym_equal [abbreviation, in Coq.Init.Logic]
sym_JMeq [abbreviation, in Coq.Logic.JMeq]
sym_JMeq [abbreviation, in Coq.Logic.JMeq]
sym_EqSt [lemma, in Coq.Lists.Streams]
sym_EqSt [lemma, in Coq.Lists.Streams]
sym_JMeq [abbreviation, in Coq.Logic.JMeq]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_JMeq [abbreviation, in Coq.Logic.JMeq]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_not_id [abbreviation, in Coq.Init.Logic_Type]
sym_not_eq [abbreviation, in Coq.Init.Logic]
sym_not_eq [abbreviation, in Coq.Init.Logic]
sym_not_id [abbreviation, in Coq.Init.Logic_Type]
sym_not_eq [abbreviation, in Coq.Init.Logic]
sym_not_eq [abbreviation, in Coq.Init.Logic]
sym_not_id [abbreviation, in Coq.Init.Logic_Type]
sym_EqSt [lemma, in Coq.Lists.Streams]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_equal [abbreviation, in Coq.Init.Logic]
sym_equal [abbreviation, in Coq.Init.Logic]
sym_id [abbreviation, in Coq.Init.Logic_Type]
sym_not_eq [abbreviation, in Coq.Init.Logic]
sym_not_eq [abbreviation, in Coq.Init.Logic]
sym_eq [abbreviation, in Coq.Init.Logic]
sym_JMeq [abbreviation, in Coq.Logic.JMeq]
sym_id [abbreviation, in Coq.Init.Logic_Type]
sym_eq [abbreviation, in Coq.Init.Logic]
sym_JMeq [abbreviation, in Coq.Logic.JMeq]
sym_EqSt [lemma, in Coq.Lists.Streams]
sym_JMeq [abbreviation, in Coq.Logic.JMeq]
sym_id [abbreviation, in Coq.Init.Logic_Type]
sym_EqSt [lemma, in Coq.Lists.Streams]
sym_JMeq [abbreviation, in Coq.Logic.JMeq]
sym_not_id [abbreviation, in Coq.Init.Logic_Type]
sym_not_equal [abbreviation, in Coq.Init.Logic]
sym_not_id [abbreviation, in Coq.Init.Logic_Type]
Syntax [library]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_pred [lemma, in Coq.Arith.Lt]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_O_plus_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_pred [lemma, in Coq.Arith.Lt]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_INR [lemma, in Coq.Reals.RIneq]
S_pred [lemma, in Coq.Arith.Lt]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S_pred [lemma, in Coq.Arith.Lt]
S_pred [lemma, in Coq.Arith.Lt]
S_INR [lemma, in Coq.Reals.RIneq]
S_INR [lemma, in Coq.Reals.RIneq]
S_to_Finite_set [module, in Coq.FSets.FSetToFiniteSet]
S_pred [lemma, in Coq.Arith.Lt]
S_to_Finite_set [module, in Coq.MSets.MSetToFiniteSet]
S.checker [variable, in Coq.micromega.Tauto]
S.checker [variable, in Coq.micromega.Tauto]
S.checker [variable, in Coq.micromega.Tauto]
S.checker [variable, in Coq.micromega.Tauto]
S.checker [variable, in Coq.micromega.Tauto]
S.checker [variable, in Coq.micromega.Tauto]
S.checker [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.checker_sound [variable, in Coq.micromega.Tauto]
S.D [variable, in Coq.micromega.Env]
S.E [module, in Coq.FSets.FSetInterface]
S.E [module, in Coq.FSets.FMapInterface]
S.Env [variable, in Coq.micromega.Tauto]
S.Env [variable, in Coq.micromega.Tauto]
S.Env [variable, in Coq.micromega.Tauto]
S.eval [variable, in Coq.micromega.Tauto]
S.eval [variable, in Coq.micromega.Tauto]
S.eval [variable, in Coq.micromega.Tauto]
S.eval [variable, in Coq.micromega.Tauto]
S.eval' [variable, in Coq.micromega.Tauto]
S.eval' [variable, in Coq.micromega.Tauto]
S.eval' [variable, in Coq.micromega.Tauto]
S.eval' [variable, in Coq.micromega.Tauto]
S.eval' [variable, in Coq.micromega.Tauto]
S.negate [variable, in Coq.micromega.Tauto]
S.negate [variable, in Coq.micromega.Tauto]
S.negate [variable, in Coq.micromega.Tauto]
S.negate [variable, in Coq.micromega.Tauto]
S.negate [variable, in Coq.micromega.Tauto]
S.negate [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.negate_correct [variable, in Coq.micromega.Tauto]
S.normalise [variable, in Coq.micromega.Tauto]
S.normalise [variable, in Coq.micromega.Tauto]
S.normalise [variable, in Coq.micromega.Tauto]
S.normalise [variable, in Coq.micromega.Tauto]
S.normalise [variable, in Coq.micromega.Tauto]
S.normalise [variable, in Coq.micromega.Tauto]
S.normalise [variable, in Coq.micromega.Tauto]
S.normalise [variable, in Coq.micromega.Tauto]
S.normalise [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.normalise_correct [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.no_middle_eval' [variable, in Coq.micromega.Tauto]
S.Term [variable, in Coq.micromega.Tauto]
S.Term [variable, in Coq.micromega.Tauto]
S.Term [variable, in Coq.micromega.Tauto]
S.Term [variable, in Coq.micromega.Tauto]
S.Term' [variable, in Coq.micromega.Tauto]
S.Term' [variable, in Coq.micromega.Tauto]
S.Term' [variable, in Coq.micromega.Tauto]
S.Term' [variable, in Coq.micromega.Tauto]
S.Term' [variable, in Coq.micromega.Tauto]
S.Witness [variable, in Coq.micromega.Tauto]
S.Witness [variable, in Coq.micromega.Tauto]
S.Witness [variable, in Coq.micromega.Tauto]
S.Witness [variable, in Coq.micromega.Tauto]
S.Witness [variable, in Coq.micromega.Tauto]
S.Witness [variable, in Coq.micromega.Tauto]
S.Witness [variable, in Coq.micromega.Tauto]

Global Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (176182 entries)
Instance Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (5014 entries)
Projection Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (3349 entries)
Record Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (924 entries)
Lemma Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (101614 entries)
Section Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (4234 entries)
Constructor Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (4913 entries)
Notation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (754 entries)
Abbreviation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (3352 entries)
Inductive Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (1743 entries)
Definition Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (26695 entries)
Module Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (5910 entries)
Axiom Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (4665 entries)
Variable Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (12580 entries)
Library Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (435 entries)