for fname in os.listdir(CCA):
content = open(CCA + "/" + fname, "r")
values = content.xreadlines()
q = []
for each in values:
q.append(each.strip())
sum10 = 0.0
totmrrsum = 0
count = 0
count1 = 0
for i, j in zip(GT, q):
num = 0.0
denom = 1.0
localsum = 0.0
q1 = j.split()
for corr in q1:
if i == corr:
num = num + 1.0
localsum = localsum + (num / denom)
denom = denom + 1.0
#print localsum, num
if num != 0.0:
sum10 = sum10 + (localsum / num)
count = count + 1
rr.load(q1, i)
valrr = rr.compute()
if valrr != 0.0:
totmrrsum = totmrrsum + rr.compute()
count1 = count1 + 1
print fname, "MAP=", sum10 / 693, " MRR=", totmrrsum / 693
def test_RANK_ReciprocalRank_add_entry(self):
rr= ReciprocalRank()
QUERY = 'invented'
rr.load(self.GT_DECISION, QUERY)
assert_equal(rr.compute(), 0.0)
def test_RANK_ReciprocalRank_add_entry(self):
rr = ReciprocalRank()
QUERY = 'invented'
rr.load(self.GT_DECISION, QUERY)
assert_equal(rr.compute(), 0.0)
def test_RANK_ReciprocalRank_compute(self):
rr = ReciprocalRank()
QUERY = 'instrumental'
assert_equal(rr.compute(self.GT_DECISION, QUERY), 0.5)
def test_RANK_ReciprocalRank_compute(self):
rr = ReciprocalRank()
QUERY = 'instrumental'
assert_equal(rr.compute(self.GT_DECISION, QUERY), 0.5)
