def dump(self, data):
AuthorsXMLConverter = Converters.get('authorsxml')
AuthorsXML = dumps(data, AuthorsXMLConverter)
organizations_list = []
authors_list = []
root = ET.fromstring(AuthorsXML)
# save affiliations
for organization in root.findall('{%s}organizations/{%s}Organization' % (NAMESPACES['cal'], NAMESPACES['foaf'])):
org_id = organization.attrib['id']
org_name = ''
if organization.find('{%s}name' % NAMESPACES['foaf']) is not None:
org_name = organization.find('{%s}name' % NAMESPACES['foaf']).text or ''
organizations_list.append([org_id, org_name.encode('utf-8')])
# save authors
for author in root.findall('{%s}authors/{%s}Person' % (NAMESPACES['cal'], NAMESPACES['foaf'])):
author_name = ''
author_affiliations = []
if author.find('{%s}authorNamePaper' % NAMESPACES['cal']) is not None:
author_name = author.find('{%s}authorNamePaper' % NAMESPACES['cal']).text or ''
for affil in author.findall('{%(cal)s}authorAffiliations/{%(cal)s}authorAffiliation' % {'cal': NAMESPACES['cal']}):
author_affiliations.append(affil.attrib['organizationid'])
authors_list.append([author_name.encode('utf-8'), author_affiliations])
myout = ''
for author in authors_list:
myout += '\\author{' + str(escape_latex(author[0])) + '$^{' + ','.join(author[1]) + '}$}\r\n'
for org in organizations_list:
myout += '\\affiliation{$^{' + str(org[0]) + '}$ ' + str(escape_latex(org[1])) + '}\r\n'
return myout
def dump(self, data):
AuthorsXMLConverter = Converters.get('authorsxml')
AuthorsXML = dumps(data, AuthorsXMLConverter)
organizations_list = []
authors_list = []
root = ET.fromstring(AuthorsXML)
# save affiliations
for organization in root.findall(
'{%s}organizations/{%s}Organization' %
(NAMESPACES['cal'], NAMESPACES['foaf'])):
org_id = organization.attrib['id']
org_name = ''
if organization.find('{%s}name' % NAMESPACES['foaf']) is not None:
org_name = organization.find(
'{%s}name' % NAMESPACES['foaf']).text or ''
organizations_list.append([org_id, org_name.encode('utf-8')])
# save authors
for author in root.findall('{%s}authors/{%s}Person' %
(NAMESPACES['cal'], NAMESPACES['foaf'])):
author_name = ''
author_affiliations = []
if author.find('{%s}authorNamePaper' %
NAMESPACES['cal']) is not None:
author_name = author.find(
'{%s}authorNamePaper' % NAMESPACES['cal']).text or ''
for affil in author.findall(
'{%(cal)s}authorAffiliations/{%(cal)s}authorAffiliation' %
{'cal': NAMESPACES['cal']}):
author_affiliations.append(affil.attrib['organizationid'])
authors_list.append(
[author_name.encode('utf-8'), author_affiliations])
myout = ''
for author in authors_list:
myout += '\\author{' + str(escape_latex(
author[0])) + '$^{' + ','.join(author[1]) + '}$}\r\n'
for org in organizations_list:
myout += '\\affiliation{$^{' + str(org[0]) + '}$ ' + str(
escape_latex(org[1])) + '}\r\n'
return myout
def dump(self, data):
AuthorsXMLConverter = Converters.get('authorsxml')
AuthorsXML = dumps(data, AuthorsXMLConverter)
root = ET.fromstring(AuthorsXML)
tree = ET.ElementTree(root)
res = self.dictionary_to_list(tree.getroot())
collaboration_author_list_values = res['collaborationauthorlist']['value']
organization_dict = dict()
author_list = []
for element in collaboration_author_list_values:
key = element.keys()[0]
# if the value of the key is empty, start next loop cycle
if element[key]['value'] is None:
continue
if key == self.cal + 'organizations':
organization_dict = self.get_organizations(element[key]['value'])
elif key == self.cal + 'authors':
author_list = self.get_authors(element[key]['value'])
clusters = []
organization_codes = []
for element in author_list:
if len(element[1]) >= 1:
organization_code = element[1][0]
other_affiliations = element[1][1:]
author = [element[0]]
if other_affiliations:
author.extend(other_affiliations)
# if this organization already exists in the cluster
if organization_code in organization_codes:
for cluster in clusters:
if cluster[0] == organization_code:
cluster.append(author)
break
else:
organization_codes.append(organization_code)
clusters.append([organization_code, author])
myout = ""
myout += "\\documentclass[a4paper,12pt]{article}\r\n"
myout += "\\usepackage[utf8]{inputenc}\r\n"
myout += "\\begin{document}\r\n"
myout += "\\begin{center}\r\n"
myout += "{\\Large Collaboration}\\\\\r\n"
myout += "\\vspace{2mm}\r\n%\r\n"
primary_output_string = ""
secondary_affiliation_count = 1
secondary_affiliations = ""
secondary_affiliations_pos = {}
for data in clusters:
primary_output = []
organization_code = data[0]
for author in data[1:]:
name = " " + str(escape_latex(author[0][0])) + '~' + str(escape_latex(author[0][1]))
if len(author) > 1:
for sec_affiliation in author[1:]:
if sec_affiliation in organization_dict.keys():
if organization_dict[sec_affiliation] in secondary_affiliations_pos.keys():
name += "$\\,$\\footnotemark[" + str(secondary_affiliations_pos[organization_dict[sec_affiliation]]) + "]"
else:
name += "$\\,$\\footnotemark[" + str(secondary_affiliation_count) + "]"
secondary_affiliations += "%\r\n\\footnotetext[" + str(secondary_affiliation_count) + "]{" + str(escape_latex(organization_dict[sec_affiliation])) + "}\r\n"
secondary_affiliations_pos[organization_dict[sec_affiliation]] = secondary_affiliation_count
secondary_affiliation_count += 1
primary_output.append(name)
if organization_dict.get(data[0]):
organization = organization_dict.get(data[0])
else:
organization = UNKNOWN_AFFILIATION
primary_output_string += ',\r\n'.join(primary_output) + " \\\\\r\n{\\em \\small " + str(escape_latex(organization)) + "} \\\\[0.2cm]\r\n%\r\n"
myout += primary_output_string
myout += "\\end{center}\r\n"
myout += "\\setcounter{footnote}{0}\r\n"
myout += secondary_affiliations
myout += "\\end{document}\r\n"
return myout
def dump(self, data):
AuthorsXMLConverter = Converters.get('authorsxml')
AuthorsXML = dumps(data, AuthorsXMLConverter)
root = ET.fromstring(AuthorsXML)
tree = ET.ElementTree(root)
res = self.dictionary_to_list(tree.getroot())
collaboration_author_list_values = res['collaborationauthorlist'][
'value']
organization_dict = dict()
author_list = []
for element in collaboration_author_list_values:
key = element.keys()[0]
# if the value of the key is empty, start next loop cycle
if element[key]['value'] is None:
continue
if key == self.cal + 'organizations':
organization_dict = self.get_organizations(
element[key]['value'])
elif key == self.cal + 'authors':
author_list = self.get_authors(element[key]['value'])
clusters = []
organization_codes = []
for element in author_list:
if len(element[1]) >= 1:
organization_code = element[1][0]
other_affiliations = element[1][1:]
author = [element[0]]
if other_affiliations:
author.extend(other_affiliations)
# if this organization already exists in the cluster
if organization_code in organization_codes:
for cluster in clusters:
if cluster[0] == organization_code:
cluster.append(author)
break
else:
organization_codes.append(organization_code)
clusters.append([organization_code, author])
myout = ""
myout += "\\documentclass[a4paper,12pt]{article}\r\n"
myout += "\\usepackage[utf8]{inputenc}\r\n"
myout += "\\begin{document}\r\n"
myout += "\\begin{center}\r\n"
myout += "{\\Large Collaboration}\\\\\r\n"
myout += "\\vspace{2mm}\r\n%\r\n"
primary_output_string = ""
secondary_affiliation_count = 1
secondary_affiliations = ""
secondary_affiliations_pos = {}
for data in clusters:
primary_output = []
organization_code = data[0]
for author in data[1:]:
name = " " + str(escape_latex(author[0][0])) + '~' + str(
escape_latex(author[0][1]))
if len(author) > 1:
for sec_affiliation in author[1:]:
if sec_affiliation in organization_dict.keys():
if organization_dict[
sec_affiliation] in secondary_affiliations_pos.keys(
):
name += "$\\,$\\footnotemark[" + str(
secondary_affiliations_pos[
organization_dict[sec_affiliation]]
) + "]"
else:
name += "$\\,$\\footnotemark[" + str(
secondary_affiliation_count) + "]"
secondary_affiliations += "%\r\n\\footnotetext[" + str(
secondary_affiliation_count) + "]{" + str(
escape_latex(
organization_dict[sec_affiliation])
) + "}\r\n"
secondary_affiliations_pos[organization_dict[
sec_affiliation]] = secondary_affiliation_count
secondary_affiliation_count += 1
primary_output.append(name)
if organization_dict.get(data[0]):
organization = organization_dict.get(data[0])
else:
organization = UNKNOWN_AFFILIATION
primary_output_string += ',\r\n'.join(
primary_output) + " \\\\\r\n{\\em \\small " + str(
escape_latex(organization)) + "} \\\\[0.2cm]\r\n%\r\n"
myout += primary_output_string
myout += "\\end{center}\r\n"
myout += "\\setcounter{footnote}{0}\r\n"
myout += secondary_affiliations
myout += "\\end{document}\r\n"
return myout
