print couverture text = text + couverture + '\n' fonctions.ecrire_dico(champs,dico_transition,dico_termes,niveau+1)#ecrit le dictionaire de transition pour la prochaine etape scores = label_champs(champs,nb_label,dico_transition,dico_termes,dist_mat,type_score)#on calcule le label des champs #afficher_tous_champs(champs,scores,nb_label,sep_label,dico_termes,dico_transition)#on affiche tout ça. #type_distance='max','moy' ou 'min' type_distance='moy' distance_champ=fonctions.map_champs(champs,dist_mat,'moy') #print distance_champ distance_champ_edges_list=edges_list(distance_champ) #version des distances sans la limitation degmax. fonctions.ecrire_reseau_CF(distance_champ,years_bins,dist_type,seuil_net_champ,niveau+1) #print '\n' #print distance_champ_edges_list distance_champ_edges_list_seuil=fonctions.seuiller(distance_champ_edges_list,degmax) #print '\n' #print distance_champ_edges_list_seuil distance_champ = edges_list_reverse(distance_champ_edges_list_seuil) #print '\n' #print distance_champ legende_noeuds,legende_noeuds_id=gexf_champ(years_bins,scores,champs,nb_label,dico_termes,sep_label,dist_type,distance_champ,niveau,seuil_net_champ) fonctions.dumpingin(champs,'champs_'+str(niveau)) fonctions.dumpingin(distance_champ,'distance_champ_'+str(niveau)) fonctions.ecrire_legende(champs,legende_noeuds,legende_noeuds_id,niveau+1,years_bins) fonctions.ecrire_reseau(distance_champ,years_bins,dist_type,seuil_net_champ,niveau+1,legende_noeuds) print "niveau vide!" maps_union.union_map(2,seuil_net_champ) #print lenchampsfinal.keys() logfile = open(Cfinderexport_name(0,0,degmax),'a')
def seuil_degmax(niveau,degmax,inter): res = read_reseau(niveau,inter) res_seuil = fonctions.seuiller(res,degmax) fichier_out = write_reseau(res_seuil,niveau,inter) return fichier_out
fichier_CF=path_req +'reseau/'+'reseauCF_niv_1_'+dist_type+'_'+str(years_bins[inter][0])+'-'+str(years_bins[inter][-1])+'.txt'
#fichier_cooc=path_req +'reseau/'+'reseauCF_niv_cooc__'+str(years_bins[inter][0])+'-'+str(years_bins[inter][-1])+'.txt'
fichier_gexf = path_req + 'gexf/' + 'reseau_champ_0_'+'_' + dist_type +'_'+str(years_bins[inter][0])+'-'+str(years_bins[inter][-1])+'.gexf'
# if inter>0:
# dist_mat_temp_old = deepcopy(dist_mat_temp)
dist_mat_temp = lire_dist_mat_file(fichier_CF)
dist_mat_temp_res = {}
for x,y in dist_mat_temp.iteritems():
if not int(x[0]) in dist_mat_temp_res:
dic = {}
else:
dic = dist_mat_temp_res[int(x[0])]
dic[int(x[1])]=float(y)
dist_mat_temp_res[int(x[0])] = dic
dist_mat_temp_res_10 = fonctions.seuiller(dist_mat_temp_res,10)
print 'on construit maintenant dist_mat pour chaque periode ' + str(inter)
for x,y in dist_mat_temp.iteritems():
dist_mat[(int(x[0]),int(x[1]),int(inter))]=y
for x,y in dist_mat_temp_res_10.iteritems():
for u in y:
dist_mat_10[(int(x),int(u[0]),int(inter))]=u[1]
level={}
for x in dico_termes:
level[x]=1
gexf.gexf_builder(dico_termes,dist_mat_temp,fichier_gexf,level)
fonctions.ecrire_dico(dico_termes,dico_termes,dico_termes,1)
print 'dicos ecrits'
#fonctions.dumpingin(p_cooccurrences,'p_cooccurrences'+name_date)
fonctions.dumpingin(dist_mat_10,'dist_mat_10'+name_date)