Trad: Traduction of the new terms in french

src/Model/River.py

@@ -930,9 +930,7 @@ Last export at: @date."""
 
         for structure in self._hydraulic_structures.lst:
             if structure.input_section is profile:
-                add("hydraulic_structure", structure, "input_section")
+                add("hydraulic_structure", structure, "")
-            if structure.output_section is profile:
-                add("hydraulic_structure", structure, "output_section")
 
         for tab in self._lateral_contribution._tabs_list:
             for contribution in self._lateral_contribution.get_tab(tab):

src/View/Geometry/Translate.py

@@ -75,17 +75,11 @@ class GeometryTranslate(MainTranslate):
             "Geometry", "Weather parameter"
         )
         self._dict["section"] = _translate("Geometry", "cross-section")
-        self._dict["input_section"] = _translate(
-            "Geometry", "input cross-section"
-        )
-        self._dict["output_section"] = _translate(
-            "Geometry", "output cross-section"
-        )
         self._dict["begin_section"] = _translate(
-            "Geometry", "first cross-section"
+            "Geometry", "beginning cross-section"
         )
         self._dict["end_section"] = _translate(
-            "Geometry", "last cross-section"
+            "Geometry", "end cross-section"
         )
         self._dict["cross_section_pk"] = _translate(
             "Geometry", "cross-section PK"
@@ -162,10 +156,10 @@ class GeometryTranslate(MainTranslate):
             "Geometry", "Export options"
         )
         self._dict["export_options_text"] = _translate(
-            "Geometry", "Choose which cross-sections to export."
+            "Geometry", "Exportation of the cross-sections."
         )
         self._dict["export_interpolated_profiles"] = _translate(
-            "Geometry", "Export interpolated cross-sections"
+            "Geometry", "Export with interpolated cross-sections"
         )
         self._dict["update_rk_error"] = _translate(
             "Geometry",