def get_arguments_graph(self,pos,neg):
loaded_pos, loaded_neg = self.load_corpus_reviews(200,250)
user_pos, user_neg = self.tag_new_reviews(pos,neg)
loaded_pos.extend(user_pos)
loaded_neg.extend(user_neg)
reviews = self.create_list_reviews(loaded_pos,loaded_neg)
self.g = Grapher(reviews)
Drawer.draw_dotgraph(self.g.get_dotgraph(), 'first_graph')
Drawer.draw_gexfgraph(self.g.get_container(), 'first_graph')
# every time get_container() is invoked, a new graph is generated
self.g.compress()
Drawer.draw_dotgraph(self.g.get_dotgraph(), 'final_graph')
Drawer.draw_gexfgraph(self.g.get_container(), 'final_graph')
# final_graph.gexf contains both the original graph and the final one
xml_file = open('data/final_graph.gexf','r')
return xml_file.read()
s.split()
print 'resolving cycles...'
g.resolve_cycles()
print 'computing accepted reviews...'
g.set_warranted()
# print 'drawing graph...'
# Drawer.draw_graph(g.get_graph(), 'no_annoying_cycles_graph')
s.split()
print 'compressing graph...'
g.compress()
print 'drawing graph...'
Drawer.draw_graph(g.get_graph(), 'compressed_graph')
s.split()
print 'removing redundant reviews in compressed graph'
g.remove_dupes()
print 'drawing graph...'
Drawer.draw_graph(g.get_graph(), 'compressed_non-redundant_graph')
s.split
print 'recompressing graph...'
g.compress()
print 'drawing graph...'
Drawer.draw_graph(g.get_graph(), 'recompressed_graph')
reviews = l.get_all_reviews()
print 'analysing ' + str(len(reviews)) + ' reviews...'
print 'setting ratings and other judicial matters...'
j = Judge(reviews)
print 'determining conflicts...'
conflicts = j.get_conflicts()
s.split()
print 'creating graph...'
g = Grapher(reviews, conflicts, j)
# print 'drawing graph...'
# Drawer.draw_graph(g.get_graph(), 'original_graph')
g.recompress()
Drawer.draw_dotgraph(g.get_graph(), 'final_graph')
Drawer.draw_gexfgraph(g.get_container(), 'final_graph')
# s.split()
# print 'removing redundant reviews...'
# g.remove_dupes()
# # print 'drawing graph...'
# # Drawer.draw_graph(g.get_graph(), 'non-redundant_graph')
# s.split()
# print 'resolving cycles...'
# g.resolve_cycles()
# print 'computing accepted reviews...'
