Index

A

add_color_legend() (in module grafs_e.app), [1], [2] add_france_rectangle() (in module grafs_e.app), [1], [2] afficher_chemins_graphiquement() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] afficher_chemins_graphiquement_sous_graph() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] afficher_chemins_graphiquement_tot() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2]

afficher_et_visualiser_10_noeuds_plus_proches() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] afficher_et_visualiser_10_noeuds_plus_proches_2() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] ajouter_retour_ligne_si_long() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] animal_production() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

B

build_flow_svg() (in module grafs_e.system_flows_svg)

build_flow_svg_full() (in module grafs_e.system_flows_svg)

C

C_eff() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] calculate_Ceff() (grafs_e.graphes_objet.GraphAnalyzer static method), [1], [2] calculate_Feff() (grafs_e.graphes_objet.GraphAnalyzer static method), [1], [2] calculate_Neff() (grafs_e.graphes_objet.GraphAnalyzer static method), [1], [2] calculate_Reff() (grafs_e.graphes_objet.GraphAnalyzer static method), [1], [2] calculer_et_tracer_distribution_distances() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] calculer_et_tracer_distribution_distances_V2() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] calculer_longueur_moyenne_chemins() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] cereals_production() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] cereals_production_r() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] color_nodes() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2]

compare_r2() (grafs_e.prospective.Y method), [1], [2] compute_fluxes() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] compute_mean_matrice() (in module grafs_e.typology) compute_node_positions() (in module grafs_e.typology) create_culture_dataframe() (grafs_e.N_class.CultureData method), [1], [2] (grafs_e.prospective.CultureData_prospect method), [1], [2] create_elevage_dataframe() (grafs_e.N_class.ElevageData method), [1], [2] (grafs_e.prospective.ElevageData_prospect method), [1], [2] create_image_map() (in module grafs_e.app), [1], [2] create_map() (in module grafs_e.app), [1], [2] create_map_with_metrics() (in module grafs_e.app), [1], [2] CultureData (class in grafs_e.N_class), [1], [2] CultureData_prospect (class in grafs_e.prospective), [1], [2]

D

DataLoader (class in grafs_e.N_class), [1], [2] dijkstra_exclusion() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] display_cluster_heatmap() (in module grafs_e.typology) draw_curved_edges() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2]

draw_curved_edges_fancy() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] draw_curved_edges_log() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] draw_custom_networkx_edges() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] draw_hexagonal_graph() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] draw_nodes_with_patches() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2]

E

ElevageData (class in grafs_e.N_class), [1], [2] ElevageData_prospect (class in grafs_e.prospective), [1], [2] emissions() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] env_footprint() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

excel_uploaded() (in module grafs_e.app), [1], [2] extract_input_output_matrixs() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] extrapolate_recent_trend() (grafs_e.prospective.scenario method), [1], [2]

F

F_eff() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] fit_Y() (grafs_e.prospective.Y method), [1], [2] fit_Y_exp() (grafs_e.prospective.Y method), [1], [2] fit_Y_exp_2() (grafs_e.prospective.Y method), [1], [2] fit_Y_lin() (grafs_e.prospective.Y method), [1], [2] fit_Y_lin_2() (grafs_e.prospective.Y method), [1], [2] fit_Y_lin_2_scipy() (grafs_e.prospective.Y method), [1], [2] fit_Y_lin_2_smooth() (grafs_e.prospective.Y method), [1], [2]

fit_Y_poly() (grafs_e.prospective.Y method), [1], [2] fit_Y_poly_constrained() (grafs_e.prospective.Y method), [1], [2] fit_Y_sigmoid() (grafs_e.prospective.Y method), [1], [2] FluxGenerator (class in grafs_e.N_class), [1], [2] fruits_and_vegetable_production() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] fruits_and_vegetable_production_r() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] Ftot() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

G

generate_base_scenar() (grafs_e.prospective.scenario method), [1], [2] generate_crop_tab() (grafs_e.prospective.scenario method), [1], [2] generate_flux() (grafs_e.N_class.FluxGenerator method), [1], [2] generate_heatmap() (in module grafs_e.app), [1], [2] generate_scenario() (in module grafs_e.app), [1], [2] generate_scenario_excel() (grafs_e.prospective.scenario method), [1], [2] get_adjacency_matrix() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] get_coef() (grafs_e.N_class.FluxGenerator method), [1], [2] get_core_matrix() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] get_df_culture() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] get_df_elevage() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] get_graph() (grafs_e.graphes_objet.Graphs_maker method), [1], [2] get_import_feed() (grafs_e.N_class.DataLoader method), [1], [2] get_import_net() (grafs_e.prospective.scenario method), [1], [2] get_matrices() (in module grafs_e.typology) get_matrix() (grafs_e.graphes_objet.Graphs_maker method), [1], [2] get_metric_range() (in module grafs_e.app), [1], [2] get_metrics_for_all_regions() (in module grafs_e.app), [1], [2] get_metrics_for_all_years() (in module grafs_e.app), [1], [2] get_transition_matrix() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] get_Y() (grafs_e.prospective.Y method), [1], [2]

grafs_e module, [1], [2] grafs_e.app module, [1], [2] grafs_e.donnees module, [1], [2] grafs_e.graphes_objet module, [1], [2] grafs_e.launch module, [1], [2] grafs_e.N_class module, [1], [2] grafs_e.prospective module, [1], [2] grafs_e.sankey module, [1], [2] grafs_e.system_flows_svg module grafs_e.typology module GraphAnalyzer (class in grafs_e.graphes_objet), [1], [2] Graphs_maker (class in grafs_e.graphes_objet), [1], [2] GraphVisualizer (class in grafs_e.graphes_objet), [1], [2] grassland_and_forages_production() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] grassland_and_forages_production_r() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

H

historic_trend() (grafs_e.prospective.scenario method), [1], [2]

I

imported_nitrogen() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

in_centrality() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] is_online() (in module grafs_e.app), [1], [2]

L

leguminous_production() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] leguminous_production_r() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] list_svg_paths() (in module grafs_e.system_flows_svg) livestock_LU() (grafs_e.prospective.scenario static method), [1], [2] load_data() (in module grafs_e.app), [1], [2]

load_geojson() (in module grafs_e.app), [1], [2] load_image() (in module grafs_e.app), [1], [2] load_pkl() (in module grafs_e.app), [1], [2] logistic_urb_pop() (grafs_e.prospective.scenario method), [1], [2] LU_density() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] LU_excretion() (grafs_e.prospective.scenario static method), [1], [2] LU_prod() (grafs_e.prospective.scenario static method), [1], [2]

M

main() (in module grafs_e), [1], [2] merge_nodes() (in module grafs_e.sankey), [1], [2] (in module grafs_e.typology) module grafs_e, [1], [2] grafs_e.app, [1], [2] grafs_e.donnees, [1], [2] grafs_e.graphes_objet, [1], [2] grafs_e.launch, [1], [2] grafs_e.N_class, [1], [2] grafs_e.prospective, [1], [2] grafs_e.sankey, [1], [2] grafs_e.system_flows_svg grafs_e.typology

N

N2O_em() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] N_eff() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] N_self_sufficient() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] net_footprint() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] net_imported_animal() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] net_imported_plant() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

NH3_vol() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] NitrogenFlowModel (class in grafs_e.N_class), [1], [2] NitrogenFlowModel_prospect (class in grafs_e.prospective), [1], [2] NUE() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] NUE_system() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] NUE_system_2() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

O

obtenir_n_plus_courts_chemins() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] oleaginous_production() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

oleaginous_production_r() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] out_centrality() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2]

P

plot_degree_distribution_power_law() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] plot_dendrogram() (in module grafs_e.typology) plot_difference_heatmap() (in module grafs_e.typology) plot_flux_distribution_log() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] plot_flux_distribution_log_x() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] plot_flux_distribution_semilog() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] plot_graph_base() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] plot_heatmap() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] plot_heatmap_interactive() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] plot_matrix_heatmap() (in module grafs_e.typology)

plot_standard_graph() (in module grafs_e.app), [1], [2] plot_weight_probability_distribution() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2] plot_Y() (grafs_e.prospective.Y method), [1], [2] plot_Y_exp() (grafs_e.prospective.Y method), [1], [2] plot_Y_lin() (grafs_e.prospective.Y method), [1], [2] plot_Y_lin_2() (grafs_e.prospective.Y method), [1], [2] plot_Y_lin_2_smooth() (grafs_e.prospective.Y method), [1], [2] plot_Y_poly() (grafs_e.prospective.Y method), [1], [2] plot_Y_sigmoid() (grafs_e.prospective.Y method), [1], [2] pre_generate_scenario_excel() (grafs_e.prospective.scenario method), [1], [2] pre_process_df() (grafs_e.N_class.DataLoader method), [1], [2] primXsec() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

R

R_eff() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] regroup_nodes_layout() (grafs_e.graphes_objet.GraphVisualizer method), [1], [2] rel_fert() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] roots_production() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

roots_production_r() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] run() (in module grafs_e.launch), [1], [2] run_models_for_all_regions() (in module grafs_e.app), [1], [2] run_models_for_all_years() (in module grafs_e.app), [1], [2]

S

sankey_clusters_aggregate() (in module grafs_e.typology) sankey_highlight_region() (in module grafs_e.typology) sankey_highlight_region_ordered() (in module grafs_e.typology) sankey_systemic_flows() (in module grafs_e.typology) scenario (class in grafs_e.prospective), [1], [2] stacked_area_chart() (in module grafs_e.app), [1], [2] stacked_plant_production() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] streamlit_sankey() (in module grafs_e.sankey), [1], [2]

streamlit_sankey_app() (in module grafs_e.sankey), [1], [2] streamlit_sankey_fertilization() (in module grafs_e.sankey), [1], [2] streamlit_sankey_food_flows() (in module grafs_e.sankey), [1], [2] streamlit_sankey_systemic_flows() (in module grafs_e.sankey), [1], [2] streamlit_sankey_systemic_flows_svg() (in module grafs_e.system_flows_svg) surfaces() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] surfaces_tot() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

T

tot_fert() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

total_plant_production() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2]

U

update_svg_fluxes() (in module grafs_e.system_flows_svg)

W

weighted_assortativity() (grafs_e.graphes_objet.GraphAnalyzer method), [1], [2]

weighted_mean() (in module grafs_e.app), [1], [2]

Y

Y (class in grafs_e.prospective), [1], [2] Y() (grafs_e.N_class.NitrogenFlowModel method), [1], [2] (grafs_e.prospective.NitrogenFlowModel_prospect method), [1], [2] Y_th() (grafs_e.prospective.Y static method), [1], [2] Y_th_exp() (grafs_e.prospective.Y static method), [1], [2] Y_th_exp_cap() (grafs_e.prospective.Y static method), [1], [2]

Y_th_lin() (grafs_e.prospective.Y static method), [1], [2] Y_th_lin_2() (grafs_e.prospective.Y static method), [1], [2] Y_th_lin_2_smooth() (grafs_e.prospective.Y static method), [1], [2] Y_th_poly() (grafs_e.prospective.Y static method), [1], [2] Y_th_poly_cap() (grafs_e.prospective.Y static method), [1], [2] Y_th_sigmoid() (grafs_e.prospective.Y static method), [1], [2] Y_th_sigmoid_cap() (grafs_e.prospective.Y static method), [1], [2]