def type2(era1, era2):
# a12 returns times that lst1 is greater than lst2
# total = 0
# n = 0
# for obj_scores1, obj_scores2 in zip(era1, era2):
# # If this is 1, that means era1 is greater more often
# # If minimizing, this means era1 is worse
# total += a12(obj_scores1, obj_scores2)
# n += 1
# return (total / n >= 0.5)
# Currently returns true if even one of the objectives have improved
# print "here:" + str(len(era2))
# print "*****#############*************"
for index, objective in enumerate(era2):
# print "comparing:\n" + str(era1[index])
# print "and\n"
# print str(objective)
# print "******"
a12_score = a12(era1[index], objective)
# print "######"
# print a12_score
# print "######"
if (a12_score >= 0.56):
# print "######"
# print objective
# print era1[index]
# print a12_score
# print "######"
return True
# print "######"
# print a12_score
# print "######"
return False
def type2(era1, era2):
# a12 returns times that lst1 is greater than lst2
total = 0
n = 0
for obj_scores1, obj_scores2 in zip(era1, era2):
# If this is 1, that means new one is worse
total += a12(obj_scores1, obj_scores2)
n += 1
return (total / n >= 0.5)
def type2(era1, era2):
# a12 returns times that lst1 is greater than lst2
total = 0
n = 0
for obj_scores1, obj_scores2 in zip(era1, era2):
# If this is 1, that means era1 is greater more often
# If minimizing, this means era1 is worse
total += a12(obj_scores1, obj_scores2)
n += 1
return (total / n >= 0.5)
def type2(era1, era2):
# a12 returns times that lst1 is greater than lst2
total = 0
n = 0
for obj_scores1, obj_scores2 in zip(era1, era2):
# If this is 1, that means era1 is greater more often
# If minimizing, this means era1 is worse
total += a12(obj_scores1, obj_scores2)
n += 1
return (total / n >= 0.5)