Visu['color']['a'] = 1 Visu['color']['r']= int(127) Visu['color']['g']= int(127) Visu['color']['b']= int(0) Visu['shape'] ="ellipse" G.node[k]['url'] =UrlPatent(G.node[k]['label'])[0] elif G.node[k]['category'] == 'applicant-nice': G.node[k]['category'] = 'applicant'# for readable facility G.node[k]['url'] = UrlApplicantBuild(G.node[k]['label'])[0] Visu['color']['a'] = 1 Visu['color']['r']= int(127) Visu['color']['g']= int(0) Visu['color']['b']= int(127) Visu['shape'] ="star" elif G.node[k]['category'] == 'IPCR1' or G.node[k]['category'] == 'IPCR3' or G.node[k]['category'] == 'IPCR4' or G.node[k]['category'] == 'IPCR7' or G.node[k]['category'] == 'IPCR7' or G.node[k]['category'] == 'CPC': G.node[k]['url'] = UrlIPCRBuild(G.node[k]['label'])[0] Visu['color']['a'] = 1 Visu['color']['r']= int(127) Visu['color']['g']= int(254) Visu['color']['b']= int(127) Visu['shape'] ="database" elif G.node[k]['category'] == 'inventor-nice': G.node[k]['category'] = 'inventor'# for readable facility G.node[k]['url'] = UrlInventorBuild(G.node[k]['label'])[0] Visu['color']['a'] = 1 Visu['color']['r']= int(127) Visu['color']['g']= int(127) Visu['color']['b']= int(254) Visu['shape'] ="triangleDown" else: Visu['color']['a'] = 1
if brev[key][0] is not None: tempo[key] = brev[key][0] else: tempo[key] = u'' elif brev[key] is None: tempo[key] = u'' else: tempo[key] = brev[key] else: tempo[key] = u'' # tempo[url] tempo['inventor-url'] = UrlInventorBuild(brev['inventor']) tempo[u'applicant-url'] = UrlApplicantBuild(brev['applicant']) for nb in [1, 3, 4, 7, 11]: tempo[u'IPCR' + str(nb) + '-url'] = UrlIPCRBuild(brev['IPCR' + str(nb)]) tempo['equivalents-url'] = [ UrlPatent(lab) for lab in brev['equivalents'] ] tempo['label-url'] = UrlPatent(brev['label']) LstExp.append(tempo) if 'references' not in tempo.keys(): print # filtering against keys in clesRefs2 for pivottable # tempo2=dict() # clesRef2 = ['label', 'year', 'priority-active-indicator', 'kind', 'applicant', 'country', 'inventor', 'IPCR4', 'IPCR7', "Inventor-Country", "Applicant-Country", 'Citations', u'references', 'CitedBy', ] #'citations','representative', # for ket in clesRef2: # tempo2[ket] = brev[ket] #filtering against clesRef2 # # if isinstance(brev[ket], list):
G.nodes[k]['url'] = UrlPatent(k)[0] elif G.nodes[k]['category'] == 'Applicant': #G.node[k]['category'] = 'Applicant'# for readable facility G.nodes[k]['url'] = UrlApplicantBuild(k)[0] Visu['color']['a'] = 1 Visu['color']['r'] = int(127) Visu['color']['g'] = int(0) Visu['color']['b'] = int(127) Visu['shape'] = "star" elif G.nodes[k]['category'] == 'IPCR1' or G.nodes[k][ 'category'] == 'IPCR3' or G.nodes[k][ 'category'] == 'IPCR4' or G.nodes[k][ 'category'] == 'IPCR7' or G.nodes[k][ 'category'] == 'IPCR11' or G.nodes[k][ 'category'] == 'CPC': G.nodes[k]['url'] = UrlIPCRBuild(k)[0] Visu['color']['a'] = 1 Visu['color']['r'] = int(127) Visu['color']['g'] = int(254) Visu['color']['b'] = int(127) Visu['shape'] = "database" elif G.nodes[k]['category'] == 'Inventor': #G.node[k]['category'] = 'inventor'# for readable facility G.nodes[k]['url'] = UrlInventorBuild(k)[0] Visu['color']['a'] = 1 Visu['color']['r'] = int(127) Visu['color']['g'] = int(127) Visu['color']['b'] = int(254) Visu['shape'] = "triangleDown" else: Visu['color']['a'] = 1