def get_size(lists):
# 'size': [([35, 20, 15], [35, 20, 15])],
sends = []
receives = []
for l in lists:
# There are two possibilities
# 'size': ([78, 32, 46], [78, 32, 46]),
# 'size': [([218, 218, 0], [218, 218, 0])],
if type(l['size'][0][0]) in (list, tuple):
value = l['size'][0]
else:
value = l['size']
#print l['size']
#value = l['size'][0]
send_size = value[0]
receive_size = value[1]
sends.append(send_size)
receives.append(receive_size)
avg1 = avg_lists_column(sends)
avg2 = avg_lists_column(receives)
return avg1, avg2
def get_accuracy(self, condition, sub_name):
"""
>>> d = get_simple_test_dir() + os.sep + "test_network1"
>>> info = GetProcessedInformation(ReadReports(d))
>>> info.get_accuracy("normal","singles") == [100.0, 100.0]
True
"""
precisions = self.information.get_precision(condition, sub_name)
lists = simple_dict_to_list(precisions)
last_list = map(lambda m: m[-1], lists)
return avg_lists_column(last_list)
