proposition: Lemma ltrx_locates_right {q r : Q} (l' : locator' x) (ltqr : q < r) : 'r < x -> locates_right l' ltqr.
proof: Proof. intros ltrx. apply nltxr_locates_right. apply lt_flip; assumption. Qed.
imports: HoTT.Basics HoTT.DProp HoTT.BoundedSearch HoTT.Spaces.Finite.Fin HoTT.ExcludedMiddle HoTT.Classes.interfaces.abstract_algebra HoTT.Classes.interfaces.orders HoTT.Classes.interfaces.rationals HoTT.Classes.interfaces.cauchy HoTT.Classes.interfaces.archimedean HoTT.Classes.interfaces.round HoTT.Classes.interfaces.naturals HoTT.Classes.implementations.peano_naturals HoTT.Classes.orders.archimedean HoTT.Classes.orders.dec_fields HoTT.Classes.orders.lattices HoTT.Classes.theory.apartness HoTT.Classes.theory.rationals HoTT.Classes.orders.fields HoTT.Classes.theory.fields HoTT.Classes.theory.dec_fields