diff --git a/nidif_gypa/synthese.sql b/nidif_gypa/synthese.sql
index 7a0e0a9..048a850 100644
--- a/nidif_gypa/synthese.sql
+++ b/nidif_gypa/synthese.sql
@@ -1,82 +1,84 @@
--- Table comportement_mapping ?? 
+SELECT 1;
 
-CREATE OR REPLACE VIEW gn_monitoring.v_synthese_nidif_gypa
-AS WITH source AS (
-         SELECT t_sources.id_source
-           FROM gn_synthese.t_sources
-          WHERE t_sources.name_source::text = 'MONITORING_NIDIF_GYPA'::text
-         LIMIT 1
-        ), observers AS (
-         SELECT string_agg(concat(r.nom_role, ' ', r.prenom_role), ' ; '::text) AS observers,
-            array_agg(r.id_role) AS ids_observers,
-            v_1.id_base_visit
-           FROM gn_monitoring.t_visit_complements v_1
-             JOIN gn_monitoring.cor_visit_observer cvo ON cvo.id_base_visit = v_1.id_base_visit
-             JOIN utilisateurs.t_roles r ON r.id_role = cvo.id_role
-          GROUP BY v_1.id_base_visit
-        ), unnest_comp AS (
-         SELECT jsonb_array_elements_text((toc1.data ->> 'comportement'::text)::jsonb) AS v,
-            toc1.id_observation
-           FROM gn_monitoring.t_observation_complements toc1
-        ), selected_comp AS (
-         SELECT unnest_comp.id_observation,
-            min(comp.ordre) AS ordre
-           FROM unnest_comp
-             JOIN gn_monitoring.comportement_mapping comp ON comp.val::text = unnest_comp.v
-          GROUP BY unnest_comp.id_observation
-        )
- SELECT to2.uuid_observation AS unique_id_sinp,
-    to2.id_observation,
-    v.uuid_base_visit AS unique_id_sinp_grp,
-    source.id_source,
-    v.id_base_visit AS entity_source_pk_value,
-    v.id_dataset,
-    ref_nomenclatures.get_id_nomenclature('NAT_OBJ_GEO'::character varying, 'St'::character varying) AS id_nomenclature_geo_object_nature,
-    v.id_nomenclature_tech_collect_campanule,
-    ref_nomenclatures.get_id_nomenclature('ETA_BIO'::character varying, '2'::character varying) AS id_nomenclature_bio_condition,
-    ref_nomenclatures.get_id_nomenclature('STAT_BIOGEO'::character varying, '1'::character varying) AS id_nomenclature_biogeo_status,
-    ref_nomenclatures.get_id_nomenclature('OBJ_DENBR'::character varying, 'IND'::character varying) AS id_nomenclature_obj_count,
-    ref_nomenclatures.get_id_nomenclature('TYP_DENBR'::character varying, 'Co'::character varying) AS id_nomenclature_type_count,
-    ref_nomenclatures.get_id_nomenclature('STATUT_SOURCE'::character varying, 'Te'::character varying) AS id_nomenclature_source_status,
-    ref_nomenclatures.get_id_nomenclature('TYP_INF_GEO'::character varying, '1'::character varying) AS id_nomenclature_info_geo_type,
-    ref_nomenclatures.get_id_nomenclature('NATURALITE'::character varying, '1'::character varying) AS id_nomenclature_naturalness,
-    (toc.data ->> 'id_nomenclature_life_stage'::text)::integer AS id_nomenclature_life_stage,
-    (toc.data ->> 'id_nomenclature_sex'::text)::integer AS id_nomenclature_sex,
-    COALESCE(ref_nomenclatures.get_id_nomenclature('OCC_COMPORTEMENT'::character varying, cm.cd_nomenclature), ref_nomenclatures.get_id_nomenclature('OCC_COMPORTEMENT'::character varying, '1'::character varying)) AS id_nomenclature_behaviour,
-    case 
-    	when cm.val in ('Passage en vol', 'Posé', 'Aire vide') then ref_nomenclatures.get_id_nomenclature('STATUT_BIO', '1')
-    	else ref_nomenclatures.get_id_nomenclature('STATUT_BIO', '3')
-    end as id_nomenclature_bio_status, -- pour calcul automatique de la sensibilité
-    ref_nomenclatures.get_id_nomenclature('NIV_PRECIS', '2') AS id_nomenclature_diffusion_level, -- on force un niveau diffusion = maille car c'est toujours le site de nidif qui est suivi
-    ref_nomenclatures.get_id_nomenclature('TYP_GRP'::character varying, 'REL'::character varying) AS id_nomenclature_grp_typ,
-    t.cd_nom,
-    t.nom_complet AS nom_cite,
-    s.altitude_min,
-    s.altitude_max,
-    st_centroid(s.geom) AS the_geom_4326,
-    st_centroid(s.geom) AS the_geom_point,
-    st_centroid(s.geom_local) AS the_geom_local,
-    v.visit_date_min AS date_min,
-    COALESCE(v.visit_date_max, v.visit_date_min) AS date_max,
-    obs.observers,
-    v.id_digitiser,
-    v.id_module,
-    v.comments AS comment_description,
-    obs.ids_observers,
-    v.id_base_site,
-    v.id_base_visit,
-    (toc.data ->> 'count'::text) as count_min,
-    (toc.data ->> 'count'::text) as count_max,
-    coalesce(vc."data", '{}'::jsonb) || coalesce(toc."data", '{}'::jsonb ) AS additional_data
-   FROM gn_monitoring.t_base_visits v
-     JOIN gn_monitoring.t_base_sites s ON s.id_base_site = v.id_base_site
-     JOIN gn_commons.t_modules m ON m.id_module = v.id_module
-     JOIN gn_monitoring.t_visit_complements vc ON vc.id_base_visit = v.id_base_visit
-     JOIN gn_monitoring.t_observations to2 ON to2.id_base_visit = vc.id_base_visit
-     JOIN gn_monitoring.t_observation_complements toc ON toc.id_observation = to2.id_observation
-     JOIN taxonomie.taxref t ON t.cd_nom = to2.cd_nom
-     left JOIN selected_comp sel ON sel.id_observation = toc.id_observation
-     LEFT JOIN gn_monitoring.comportement_mapping cm ON cm.ordre = sel.ordre
-     LEFT JOIN observers obs ON obs.id_base_visit = v.id_base_visit
-     JOIN source ON true 
-     where m.module_code = 'nidif_gypa';
\ No newline at end of file
+-- Résoulution impossible manque la table comportement_mapping ?? 
+
+-- CREATE OR REPLACE VIEW gn_monitoring.v_synthese_nidif_gypa
+-- AS WITH source AS (
+--          SELECT t_sources.id_source
+--            FROM gn_synthese.t_sources
+--           WHERE t_sources.name_source::text = 'MONITORING_NIDIF_GYPA'::text
+--          LIMIT 1
+--         ), observers AS (
+--          SELECT string_agg(concat(r.nom_role, ' ', r.prenom_role), ' ; '::text) AS observers,
+--             array_agg(r.id_role) AS ids_observers,
+--             v_1.id_base_visit
+--            FROM gn_monitoring.t_visit_complements v_1
+--              JOIN gn_monitoring.cor_visit_observer cvo ON cvo.id_base_visit = v_1.id_base_visit
+--              JOIN utilisateurs.t_roles r ON r.id_role = cvo.id_role
+--           GROUP BY v_1.id_base_visit
+--         ), unnest_comp AS (
+--          SELECT jsonb_array_elements_text((toc1.data ->> 'comportement'::text)::jsonb) AS v,
+--             toc1.id_observation
+--            FROM gn_monitoring.t_observation_complements toc1
+--         ), selected_comp AS (
+--          SELECT unnest_comp.id_observation,
+--             min(comp.ordre) AS ordre
+--            FROM unnest_comp
+--              JOIN gn_monitoring.comportement_mapping comp ON comp.val::text = unnest_comp.v
+--           GROUP BY unnest_comp.id_observation
+--         )
+--  SELECT to2.uuid_observation AS unique_id_sinp,
+--     to2.id_observation,
+--     v.uuid_base_visit AS unique_id_sinp_grp,
+--     source.id_source,
+--     v.id_base_visit AS entity_source_pk_value,
+--     v.id_dataset,
+--     ref_nomenclatures.get_id_nomenclature('NAT_OBJ_GEO'::character varying, 'St'::character varying) AS id_nomenclature_geo_object_nature,
+--     v.id_nomenclature_tech_collect_campanule,
+--     ref_nomenclatures.get_id_nomenclature('ETA_BIO'::character varying, '2'::character varying) AS id_nomenclature_bio_condition,
+--     ref_nomenclatures.get_id_nomenclature('STAT_BIOGEO'::character varying, '1'::character varying) AS id_nomenclature_biogeo_status,
+--     ref_nomenclatures.get_id_nomenclature('OBJ_DENBR'::character varying, 'IND'::character varying) AS id_nomenclature_obj_count,
+--     ref_nomenclatures.get_id_nomenclature('TYP_DENBR'::character varying, 'Co'::character varying) AS id_nomenclature_type_count,
+--     ref_nomenclatures.get_id_nomenclature('STATUT_SOURCE'::character varying, 'Te'::character varying) AS id_nomenclature_source_status,
+--     ref_nomenclatures.get_id_nomenclature('TYP_INF_GEO'::character varying, '1'::character varying) AS id_nomenclature_info_geo_type,
+--     ref_nomenclatures.get_id_nomenclature('NATURALITE'::character varying, '1'::character varying) AS id_nomenclature_naturalness,
+--     (toc.data ->> 'id_nomenclature_life_stage'::text)::integer AS id_nomenclature_life_stage,
+--     (toc.data ->> 'id_nomenclature_sex'::text)::integer AS id_nomenclature_sex,
+--     COALESCE(ref_nomenclatures.get_id_nomenclature('OCC_COMPORTEMENT'::character varying, cm.cd_nomenclature), ref_nomenclatures.get_id_nomenclature('OCC_COMPORTEMENT'::character varying, '1'::character varying)) AS id_nomenclature_behaviour,
+--     case 
+--     	when cm.val in ('Passage en vol', 'Posé', 'Aire vide') then ref_nomenclatures.get_id_nomenclature('STATUT_BIO', '1')
+--     	else ref_nomenclatures.get_id_nomenclature('STATUT_BIO', '3')
+--     end as id_nomenclature_bio_status, -- pour calcul automatique de la sensibilité
+--     ref_nomenclatures.get_id_nomenclature('NIV_PRECIS', '2') AS id_nomenclature_diffusion_level, -- on force un niveau diffusion = maille car c'est toujours le site de nidif qui est suivi
+--     ref_nomenclatures.get_id_nomenclature('TYP_GRP'::character varying, 'REL'::character varying) AS id_nomenclature_grp_typ,
+--     t.cd_nom,
+--     t.nom_complet AS nom_cite,
+--     s.altitude_min,
+--     s.altitude_max,
+--     st_centroid(s.geom) AS the_geom_4326,
+--     st_centroid(s.geom) AS the_geom_point,
+--     st_centroid(s.geom_local) AS the_geom_local,
+--     v.visit_date_min AS date_min,
+--     COALESCE(v.visit_date_max, v.visit_date_min) AS date_max,
+--     obs.observers,
+--     v.id_digitiser,
+--     v.id_module,
+--     v.comments AS comment_description,
+--     obs.ids_observers,
+--     v.id_base_site,
+--     v.id_base_visit,
+--     (toc.data ->> 'count'::text) as count_min,
+--     (toc.data ->> 'count'::text) as count_max,
+--     coalesce(vc."data", '{}'::jsonb) || coalesce(toc."data", '{}'::jsonb ) AS additional_data
+--    FROM gn_monitoring.t_base_visits v
+--      JOIN gn_monitoring.t_base_sites s ON s.id_base_site = v.id_base_site
+--      JOIN gn_commons.t_modules m ON m.id_module = v.id_module
+--      JOIN gn_monitoring.t_visit_complements vc ON vc.id_base_visit = v.id_base_visit
+--      JOIN gn_monitoring.t_observations to2 ON to2.id_base_visit = vc.id_base_visit
+--      JOIN gn_monitoring.t_observation_complements toc ON toc.id_observation = to2.id_observation
+--      JOIN taxonomie.taxref t ON t.cd_nom = to2.cd_nom
+--      left JOIN selected_comp sel ON sel.id_observation = toc.id_observation
+--      LEFT JOIN gn_monitoring.comportement_mapping cm ON cm.ordre = sel.ordre
+--      LEFT JOIN observers obs ON obs.id_base_visit = v.id_base_visit
+--      JOIN source ON true 
+--      where m.module_code = 'nidif_gypa';
\ No newline at end of file