def dtw_between_two_testcases(width, height, iteration):
ts_sum = 0
tp_sum = 0
for i in range(iteration):
a = rand_test_case(width, height)
b = rand_test_case(width, height)
cs, ts = find_similarity_in_sequential(a,b,True)
cp, tp =find_similarity_in_parallel(a,b,2,True)
ts_sum += ts
tp_sum += tp
ts_avg = ts_sum / iteration
tp_avg = tp_sum / iteration
print
print 'sequential: {0:.4f}'.format(ts_avg)
print 'parallel: {0:.4f}'.format(tp_avg)
def dtw_between_two_testcases(width, height, iteration):
ts_sum = 0
tp_sum = 0
for i in range(iteration):
a = rand_test_case(width, height)
b = rand_test_case(width, height)
cs, ts = find_similarity_in_sequential(a, b, True)
cp, tp = find_similarity_in_parallel(a, b, 2, True)
ts_sum += ts
tp_sum += tp
ts_avg = ts_sum / iteration
tp_avg = tp_sum / iteration
print
print 'sequential: {0:.4f}'.format(ts_avg)
print 'parallel: {0:.4f}'.format(tp_avg)
def find_similarity(i):
find_similarity_in_sequential(captured, predefined[i],False)
def find_similarity(i):
find_similarity_in_sequential(captured, predefined[i], False)