Update src/modules/loans_engine.py

src/modules/loans_engine.py

@@ -500,10 +500,11 @@ def show_loans_engine(client, sheet_name):
                 nb_versements = 1
                 
                 # Affichage résultat simulation immédiate
-                st.markdown("### Simulation")
-                res1, res2 = st.columns(2)
+                st.markdown("###Simulation")
+                res1, res2, res3 = st.columns(3)
                 res1.metric("Versement unique", f"{int(montant_versement):,} XOF".replace(",", " "))
                 res2.metric("Coût du crédit", f"{int(cout_credit):,} XOF".replace(",", " "))
+                res3.metric("Montant Total", f"{int(montant_total):,} XOF".replace(",", " "), delta=f"+{int(cout_credit):,}")
     
             # -----------------------------------------------------------
             # 2. LOGIQUE MENSUEL - INTÉRÊTS (Remboursement capital à la fin)
@@ -524,11 +525,16 @@ def show_loans_engine(client, sheet_name):
                 nb_versements = int(duree_mois)
     
                 # Affichage résultat simulation
-                st.markdown("### Simulation")
-                res1, res2, res3 = st.columns(3)
+                st.markdown("###Simulation")
+                res1, res2 = st.columns(2)
                 res1.metric("Intérêts mensuels", f"{int(interet_mensuel):,} XOF".replace(",", " "))
                 res2.metric("Dernier versement", f"{int(montant_final_mois):,} XOF".replace(",", " "))
-                res3.metric("Coût total", f"{int(cout_credit):,} XOF".replace(",", " "))
+                
+                res3, res4 = st.columns(2)
+                res3.metric("Coût du crédit", f"{int(cout_credit):,} XOF".replace(",", " "))
+                res4.metric("Montant Total", f"{int(montant_total):,} XOF".replace(",", " "), delta=f"+{int(cout_credit):,}")
+
+
     
             # -----------------------------------------------------------
             # 3. LOGIQUE MENSUEL - CONSTANT (Amortissement classique)
@@ -553,10 +559,11 @@ def show_loans_engine(client, sheet_name):
                 nb_versements = int(duree_mois)
     
                 # Affichage résultat simulation
-                st.markdown("### Simulation")
-                res1, res2 = st.columns(2)
+                st.markdown("###Simulation")
+                res1, res2, res3 = st.columns(3)
                 res1.metric("Mensualité constante", f"{int(mensualite):,} XOF".replace(",", " "))
-                res2.metric("Coût total", f"{int(cout_credit):,} XOF".replace(",", " "))
+                res2.metric("Coût du crédit", f"{int(cout_credit):,} XOF".replace(",", " "))
+                res3.metric("Montant Total", f"{int(montant_total):,} XOF".replace(",", " "), delta=f"+{int(cout_credit):,}")
     
             # -----------------------------------------------------------
             # 4. LOGIQUE HEBDOMADAIRE
@@ -578,10 +585,11 @@ def show_loans_engine(client, sheet_name):
                 nb_versements = int(duree_semaines)
     
                 # Affichage résultat simulation
-                st.markdown("### Simulation")
-                res1, res2 = st.columns(2)
+                st.markdown("###Simulation")
+                res1, res2, res3 = st.columns(3)
                 res1.metric("Versement Hebdo", f"{int(hebdomadalite):,} XOF".replace(",", " "))
-                res2.metric("Coût total", f"{int(cout_credit):,} XOF".replace(",", " "))
+                res2.metric("Coût du crédit", f"{int(cout_credit):,} XOF".replace(",", " "))
+                res3.metric("Montant Total", f"{int(montant_total):,} XOF".replace(",", " "), delta=f"+{int(cout_credit):,}")
     
            
             # 5. LOGIQUE PERSONNALISÉE (Dates manuelles)
@@ -607,7 +615,7 @@ def show_loans_engine(client, sheet_name):
                     col_d, col_x = st.columns([4, 1])
                     new_date = col_d.date_input(f"Echéance {idx+1}", value=dt, key=f"d_{idx}", min_value=date.today())
                     dates_versements.append(new_date)
-                    if col_x.button("❌", key=f"del_{idx}") and len(st.session_state.dates_perso) > 1:
+                    if col_x.button("🔻", key=f"del_{idx}") and len(st.session_state.dates_perso) > 1:
                         st.session_state.dates_perso.pop(idx)
                         st.rerun()
                 
@@ -626,11 +634,15 @@ def show_loans_engine(client, sheet_name):
                     montant_versement = montant_total / nb_versements
             
                     # Affichage résultat simulation
-                    st.markdown("### Simulation")
-                    res1, res2, res3 = st.columns(3)
+                    st.markdown("###Simulation")
+                    res1, res2 = st.columns(2)
                     res1.metric("Moyenne/Versement", f"{int(montant_versement):,} XOF".replace(",", " "))
-                    res2.metric("Durée est.", f"{duree_semaines} sem")
-                    res3.metric("Coût total", f"{int(cout_credit):,} XOF".replace(",", " "))
+                    res2.metric("Durée estimée", f"{duree_semaines} sem")
+                    
+                    res3, res4 = st.columns(2)
+                    res3.metric("Coût du crédit", f"{int(cout_credit):,} XOF".replace(",", " "))
+                    res4.metric("Montant Total", f"{int(montant_total):,} XOF".replace(",", " "), delta=f"+{int(cout_credit):,}")
+
     
             # ====================================================================
             # FIN DU BLOC LOGIQUE