def oracleStatistics(p_iterator, g_iterator, n):
TP = 0
FP = 0
FN = 0
TP_oracle = 0
FP_oracle = 0
FN_oracle = 0
counter = 0
for p_document, g_document in zip(p_iterator, g_iterator):
#counter3 += 1
#counter += 1
#if counter > 30:
# print FN
# sys.exit(0)
for p_child, g_child in zip(p_document, g_document):
if g_child.tag == "sentence":
assert p_child.attrib["origId"]==g_child.attrib["origId"]
p_entities, p_pairs = getEntitiesAndPairs(p_child)
g_entities, g_pairs = getEntitiesAndPairs(g_child)
if len(p_pairs) == 0:
FN += len(g_pairs)
FN_oracle += len(g_pairs)
else:
g_edges, outside_count = getGSEdges(g_pairs, g_entities)
predictions = getSimplePredictions(p_entities, p_pairs)
table, table_transpose, keys = toTable(predictions)
best = nbest.decode(table_transpose, n)
p_edges = getPredictedEdges(predictions, keys, p_entities, best[0])
tp, fp, fn = getTP_FP_FN(g_edges, p_edges)
TP += tp
FP += fp
FN += fn
tp_best = tp
fp_best = fp
fn_best = fn
best_s = score(tp, fp, fn)
for i in range(1,len(best)):
p_edges = getPredictedEdges(predictions, keys, p_entities, best[i])
tp_c, fp_c, fn_c = getTP_FP_FN(g_edges, p_edges)
assert tp_c+fn_c == tp+fn
s = score(tp_c, fp_c, fn_c)
if s > best_s:
tp_best = tp_c
fp_best = fp_c
fn_best = fn_c
best_s = s
TP_oracle += tp_best
FP_oracle += fp_best
FN_oracle += fn_best
PR = float(TP)/float(TP+FP)
R = float(TP)/float(TP+FN)
PR_oracle = float(TP_oracle)/float(TP_oracle+FP_oracle)
R_oracle = float(TP_oracle)/float(TP_oracle+FN_oracle)
assert TP_oracle+FN_oracle == TP+FN
print "TP", TP
print "FP", FP
print "FN", FN
print "F-score", (2*PR*R)/(PR+R)
print "TP (oracle)", TP_oracle
print "FP (oracle)", FP_oracle
print "FN (oracle)", FN_oracle
print "F-score (oracle)", (2*PR_oracle*R_oracle)/(PR_oracle+R_oracle)
g_file = open(args[1])
p_parser = parseGifxml.gifxmlParser(p_file)
p_iterator = p_parser.documentIterator()
g_parser = parseGifxml.gifxmlParser(g_file)
g_iterator = g_parser.documentIterator()
counter = 1
oracleStatistics(p_iterator, g_iterator, options.nbest)
sys.exit(0)
for p_document, g_document in zip(p_iterator, g_iterator):
for p_child, g_child in zip(p_document, g_document):
if p_child.tag == "sentence":
assert p_child.attrib["id"]==g_child.attrib["id"]
p_entities, p_pairs = getEntitiesAndPairs(p_child)
g_entities, g_pairs = getEntitiesAndPairs(g_child)
predictions = getSimplePredictions(p_entities, p_pairs)
table, table_transpose, keys = toTable(predictions)
best = nbest.decode(table_transpose,options.nbest)
getTP_FP_FN(g_entities, g_pairs, p_entities, predictions, best)
if counter > 30:
sys.exit(0)
#if predictions:
# sys.exit(0)
#if len(predictions) > 0:
# table, table_transpose, keys = toTable(predictions)
# five = nbest.decode(table_transpose, 100)
# print table
# print five
# counter += 1
# if counter > 100:
# assert False
w_decisions = 0
ties = 0
for p_document, g_document in zip(p_iterator, g_iterator):
for p_child, g_child in zip(p_document, g_document):
if g_child.tag == "sentence":
assert p_child.attrib["origId"]==g_child.attrib["origId"]
p_entities, p_pairs = getEntitiesAndPairs(p_child)
g_entities, g_pairs = getEntitiesAndPairs(g_child)
if len(p_pairs) == 0:
FN += len(g_pairs)
FN_oracle += len(g_pairs)
else:
g_edges, outside_count = getGSEdges(g_pairs, g_entities)
predictions = getSimplePredictions(p_entities, p_pairs)
table, table_transpose, keys = toTable(predictions)
best = nbest.decode(table_transpose, n)
p_edges = getPredictedEdges(predictions, keys, p_entities, best[0])
Y = []
for b in best:
Y.append(getOutputRepresentation(predictions, keys, p_entities, b))
correct = getGSOutputRepresentation(g_entities, g_pairs)
correct_score = reranker.score([correct], counter)[0]
predicted_scores = reranker.score(Y, counter)
minimum = predicted_scores[0]
min_index = 0
#min_index = random.randint(0,len(predicted_scores)-1)
for i in range(len(predicted_scores)):
if predicted_scores[i] < minimum:
minimum = predicted_scores[i]
min_index = i
tp_b, fp_b, fn_b = getTP_FP_FN(g_edges, p_edges)
def oracleStatistics(p_iterator, g_iterator, n):
TP = 0
FP = 0
FN = 0
TP_oracle = 0
FP_oracle = 0
FN_oracle = 0
counter = 0
for p_document, g_document in zip(p_iterator, g_iterator):
#counter3 += 1
#counter += 1
#if counter > 30:
# print FN
# sys.exit(0)
for p_child, g_child in zip(p_document, g_document):
if g_child.tag == "sentence":
assert p_child.attrib["origId"] == g_child.attrib["origId"]
p_entities, p_pairs = getEntitiesAndPairs(p_child)
g_entities, g_pairs = getEntitiesAndPairs(g_child)
if len(p_pairs) == 0:
FN += len(g_pairs)
FN_oracle += len(g_pairs)
else:
g_edges, outside_count = getGSEdges(g_pairs, g_entities)
predictions = getSimplePredictions(p_entities, p_pairs)
table, table_transpose, keys = toTable(predictions)
best = nbest.decode(table_transpose, n)
p_edges = getPredictedEdges(predictions, keys, p_entities,
best[0])
tp, fp, fn = getTP_FP_FN(g_edges, p_edges)
TP += tp
FP += fp
FN += fn
tp_best = tp
fp_best = fp
fn_best = fn
best_s = score(tp, fp, fn)
for i in range(1, len(best)):
p_edges = getPredictedEdges(predictions, keys,
p_entities, best[i])
tp_c, fp_c, fn_c = getTP_FP_FN(g_edges, p_edges)
assert tp_c + fn_c == tp + fn
s = score(tp_c, fp_c, fn_c)
if s > best_s:
tp_best = tp_c
fp_best = fp_c
fn_best = fn_c
best_s = s
TP_oracle += tp_best
FP_oracle += fp_best
FN_oracle += fn_best
PR = float(TP) / float(TP + FP)
R = float(TP) / float(TP + FN)
PR_oracle = float(TP_oracle) / float(TP_oracle + FP_oracle)
R_oracle = float(TP_oracle) / float(TP_oracle + FN_oracle)
assert TP_oracle + FN_oracle == TP + FN
print "TP", TP
print "FP", FP
print "FN", FN
print "F-score", (2 * PR * R) / (PR + R)
print "TP (oracle)", TP_oracle
print "FP (oracle)", FP_oracle
print "FN (oracle)", FN_oracle
print "F-score (oracle)", (2 * PR_oracle * R_oracle) / (PR_oracle +
R_oracle)
g_file = open(args[1])
p_parser = parseGifxml.gifxmlParser(p_file)
p_iterator = p_parser.documentIterator()
g_parser = parseGifxml.gifxmlParser(g_file)
g_iterator = g_parser.documentIterator()
counter = 1
oracleStatistics(p_iterator, g_iterator, options.nbest)
sys.exit(0)
for p_document, g_document in zip(p_iterator, g_iterator):
for p_child, g_child in zip(p_document, g_document):
if p_child.tag == "sentence":
assert p_child.attrib["id"] == g_child.attrib["id"]
p_entities, p_pairs = getEntitiesAndPairs(p_child)
g_entities, g_pairs = getEntitiesAndPairs(g_child)
predictions = getSimplePredictions(p_entities, p_pairs)
table, table_transpose, keys = toTable(predictions)
best = nbest.decode(table_transpose, options.nbest)
getTP_FP_FN(g_entities, g_pairs, p_entities, predictions, best)
if counter > 30:
sys.exit(0)
#if predictions:
# sys.exit(0)
#if len(predictions) > 0:
# table, table_transpose, keys = toTable(predictions)
# five = nbest.decode(table_transpose, 100)
# print table
# print five
# counter += 1
# if counter > 100:
# assert False
w_decisions = 0
ties = 0
for p_document, g_document in zip(p_iterator, g_iterator):
for p_child, g_child in zip(p_document, g_document):
if g_child.tag == "sentence":
assert p_child.attrib["origId"] == g_child.attrib["origId"]
p_entities, p_pairs = getEntitiesAndPairs(p_child)
g_entities, g_pairs = getEntitiesAndPairs(g_child)
if len(p_pairs) == 0:
FN += len(g_pairs)
FN_oracle += len(g_pairs)
else:
g_edges, outside_count = getGSEdges(g_pairs, g_entities)
predictions = getSimplePredictions(p_entities, p_pairs)
table, table_transpose, keys = toTable(predictions)
best = nbest.decode(table_transpose, n)
p_edges = getPredictedEdges(predictions, keys, p_entities,
best[0])
Y = []
for b in best:
Y.append(
getOutputRepresentation(predictions, keys,
p_entities, b))
correct = getGSOutputRepresentation(g_entities, g_pairs)
correct_score = reranker.score([correct], counter)[0]
predicted_scores = reranker.score(Y, counter)
minimum = predicted_scores[0]
min_index = 0
#min_index = random.randint(0,len(predicted_scores)-1)
for i in range(len(predicted_scores)):
if predicted_scores[i] < minimum: