def read_examples(filename, sparm):
print 'in example'
TestParser.load(paths.label_map_file, paths.chr_map_file, paths.label_file, paths.mfcc_train)
print TestParser.dimension_x
print TestParser.x_seq[-2][-3], TestParser.y_hat[-2][-3]
examples = []
assert len(TestParser.x_seq) == len(TestParser.y_hat)
for i in xrange(len(TestParser.x_seq)):
assert len(TestParser.x_seq[i]) == len(TestParser.y_hat[i])
tup = (TestParser.x_seq[i], TestParser.y_hat[i])
examples.append(tup)
assert TestParser.x_seq[-3][-3] == examples[-3][0][-3]
print 'after example',len(examples)
return examples
def read_examples(filename, sparm):
print 'in example'
if 'test' in filename:
TestParser.load(paths.label_map_file, paths.chr_map_file, paths.mfcc_test, label_file=None)
elif 'train' in filename:
TestParser.load(paths.label_map_file, paths.chr_map_file, paths.mfcc_train, paths.label_file)
else:
print 'Exception in read_examples()'
examples = []
assert len(TestParser.x_seq) == len(TestParser.y_hat)
for i in xrange(len(TestParser.x_seq)):
#assert len(sparse_vec[i]) == len(TestParser.y_hat[i])
tup = (TestParser.x_seq[i], TestParser.y_hat[i])
examples.append(tup)
print 'after example',len(examples)
#return examples[0:5]
return examples
