Use the namespace FSets

FiniteSets/CPP.v

@@ -1,7 +1,7 @@
 Require Import FSets list_representation.
 Require Import kuratowski.length misc.dec_kuratowski.
-From interfaces Require Import lattice_interface.
-From subobjects Require Import sub b_finite enumerated k_finite.
+From FSets.interfaces Require Import lattice_interface.
+From FSets.subobjects Require Import sub b_finite enumerated k_finite.
 
 (** * Definitions *)
 Definition definition_2_1 := FSet.
@@ -105,7 +105,7 @@ Definition proposition_4_22 `{Univalence} := bfin_to_kfin.
 Definition theorem_4_23 `{Univalence} (X : Type) `{DecidablePaths X} := Kf_to_Bf X.
 
 (** * Interface for finite sets *)
-From interfaces Require Import set_interface.
+From FSets.interfaces Require Import set_interface.
 (** ** Method *)
 Definition definition_5_1 := tt. (* not actually present; bundled in the next definition *)
 Definition definition_5_2 `{Univalence} := sets.

FiniteSets/_CoqProject

@@ -1,4 +1,6 @@
--R . "" COQC = hoqc COQDEP = hoqdep
+-R . FSets
+COQC = hoqc
+COQDEP = hoqdep
 HitTactics.v
 prelude.v
 interfaces/lattice_interface.v
@@ -28,3 +30,4 @@ misc/dec_kuratowski.v
 misc/dec_fset.v
 implementations/lists.v
 CPP.v
+fincard.v

FiniteSets/fincard.v

@@ -1,7 +1,7 @@
 Require Import FSets list_representation.
 Require Import kuratowski.length misc.dec_kuratowski.
-From interfaces Require Import lattice_interface.
-From subobjects Require Import sub b_finite enumerated k_finite.
+From FSets.interfaces Require Import lattice_interface.
+From FSets.subobjects Require Import sub b_finite enumerated k_finite.
 
 Require Import HoTT.Spaces.Card.
 

FiniteSets/subobjects/b_finite.v

@@ -1,7 +1,7 @@
 (* Bishop-finiteness is that "default" notion of finiteness in the HoTT library *)
 Require Import HoTT HitTactics.
 Require Import FSets interfaces.lattice_interface.
-From subobjects Require Import sub k_finite.
+From FSets.subobjects Require Import sub k_finite.
 
 Section finite_hott.
   Variable (A : Type).