def main():
if not fs.exists(DATA_DST):
fs.mkdir(DATA_DST)
meta_all = utils.shuffle_meta_data(utils.load_meta_data(DATA_SRC, WIKI_META_OBJ, IMDB_META_OBJ))
train, test = utils.split_meta_data(meta_all, TRAIN_TEST_SPLIT)
train, val = utils.split_meta_data(train, TRAIN_VAL_SPLIT)
# Free the memory
del meta_all
gc.collect()
print("Converting blocks")
print(" [train] %i Sapmles" % (train_samples))
i = 0
X_train, y_age, y_gender = utils.get_img_array(train, DATA_SRC, age_classes, img_dim=INPUT_DIM, split=i, num_samples_per_split=train_samples)
np.save(fs.add_suffix(fs.join(DATA_DST, TRAIN_DATA_OBJ), '_%02d' % i), X_train)
np.save(fs.add_suffix(fs.join(DATA_DST, TRAIN_DATA_OBJ), '_label_age_%02d' % i), y_age)
np.save(fs.add_suffix(fs.join(DATA_DST, TRAIN_DATA_OBJ), '_label_gender_%02d' % i), y_gender)
# Remove the array from memory
del X_train
del y_age
del y_gender
gc.collect()
print(" [val] %i Sapmles" % (val_samples))
X_val, y_age, y_gender = utils.get_img_array(val, DATA_SRC, age_classes, img_dim=INPUT_DIM, num_samples_per_split=val_samples)
np.save(fs.join(DATA_DST, VAL_DATA_OBJ), X_val)
np.save(fs.add_suffix(fs.join(DATA_DST, VAL_DATA_OBJ), '_label_age'), y_age)
np.save(fs.add_suffix(fs.join(DATA_DST, VAL_DATA_OBJ), '_label_gender'), y_gender)
# Remove the array from memory
del X_val
del y_age
del y_gender
gc.collect()
print("[test] %i Sapmles" % (test_samples))
i = 0
X_test, y_age, y_gender = utils.get_img_array(test, DATA_SRC, age_classes, img_dim=INPUT_DIM, split=i, num_samples_per_split=test_samples)
np.save(fs.add_suffix(fs.join(DATA_DST, TEST_DATA_OBJ), '_%02d' % i), X_test)
np.save(fs.add_suffix(fs.join(DATA_DST, TEST_DATA_OBJ), '_label_age_%02d' % i), y_age)
np.save(fs.add_suffix(fs.join(DATA_DST, TEST_DATA_OBJ), '_label_gender_%02d' % i), y_gender)
# Remove the array from memory
del X_test
del y_age
del y_gender
gc.collect()
def main():
if not fs.exists(DATA_DST):
fs.mkdir(DATA_DST)
meta_all = utils.shuffle_meta_data(utils.load_meta_data(DATA_SRC, WIKI_META_OBJ, IMDB_META_OBJ))
train, test = utils.split_meta_data(meta_all, TRAIN_TEST_SPLIT)
train, val = utils.split_meta_data(train, TRAIN_VAL_SPLIT)
# Free the memory
del meta_all
gc.collect()
print("Converting blocks")
print(" [train] %i Sapmles. %i Blocks required" % (len(train['path']), math.ceil(len(train['path']) / SAMPLES_PER_SPLIT)))
for i in range(math.ceil(len(train['path']) / SAMPLES_PER_SPLIT)):
X_train, y_age, y_gender = utils.get_img_array(train, DATA_SRC, age_classes, img_dim=INPUT_DIM, split=i, num_samples_per_split=SAMPLES_PER_SPLIT)
np.save(fs.add_suffix(fs.join(DATA_DST, TRAIN_DATA_OBJ), '_%02d' % i), X_train)
np.save(fs.add_suffix(fs.join(DATA_DST, TRAIN_DATA_OBJ), '_label_age_%02d' % i), y_age)
np.save(fs.add_suffix(fs.join(DATA_DST, TRAIN_DATA_OBJ), '_label_gender_%02d' % i), y_gender)
# Remove the array from memory
del X_train
del y_age
del y_gender
gc.collect()
print(" [val] %i Sapmles. 1 Block forced" % (len(val['path'])))
X_val, y_age, y_gender = utils.get_img_array(val, DATA_SRC, age_classes, img_dim=INPUT_DIM, num_samples_per_split=len(val['path']))
np.save(fs.join(DATA_DST, VAL_DATA_OBJ), X_val)
np.save(fs.add_suffix(fs.join(DATA_DST, VAL_DATA_OBJ), '_label_age'), y_age)
np.save(fs.add_suffix(fs.join(DATA_DST, VAL_DATA_OBJ), '_label_gender'), y_gender)
# Remove the array from memory
del X_val
del y_age
del y_gender
gc.collect()
print("[test] %i Sapmles. %i Blocks required" % (len(test['path']), math.ceil(len(test['path']) / SAMPLES_PER_SPLIT)))
for i in range(math.ceil(len(test['path']) / SAMPLES_PER_SPLIT)):
X_test, y_age, y_gender = utils.get_img_array(test, DATA_SRC, age_classes, img_dim=INPUT_DIM, split=i, num_samples_per_split=SAMPLES_PER_SPLIT)
np.save(fs.add_suffix(fs.join(DATA_DST, TEST_DATA_OBJ), '_%02d' % i), X_test)
np.save(fs.add_suffix(fs.join(DATA_DST, TEST_DATA_OBJ), '_label_age_%02d' % i), y_age)
np.save(fs.add_suffix(fs.join(DATA_DST, TEST_DATA_OBJ), '_label_gender_%02d' % i), y_gender)
# Remove the array from memory
del X_test
del y_age
del y_gender
gc.collect()
print("Expected Shape: ", nb_filter, stack_size, nb_col, nb_row)
print("Found Shape: ", np.array(blobs[0].data).shape)
weights_p = blobs[0].data.astype(dtype=np.float32)
weights_b = blobs[1].data.astype(dtype=np.float32)
if len(weights_p.shape) > 2:
# Caffe uses the shape f, (d, y, x)
# ConvnetJS uses the shape f, (y, x, d)
weights_p = np.swapaxes(np.swapaxes(weights_p, 3, 1), 2, 1)
print("Converted to Shape: ", weights_p.shape)
weights = {
'filter': weights_p.reshape((nb_filter, stack_size*nb_col*nb_row)).tolist(),
'bias': weights_b.tolist()
}
filename = WEIGHTS_DIR + key + '.txt'
if not fs.exists(fs.dirname(filename)):
fs.mkdir(fs.dirname(filename))
fs.write(fs.add_suffix(filename, "_filter"), "")
for i, f_weights in enumerate(weights['filter']):
if i == len(weights['filter']) - 1:
fs.append(fs.add_suffix(filename, "_filter"), ",".join(map(str, f_weights)))
else:
fs.append(fs.add_suffix(filename, "_filter"), ",".join(map(str, f_weights)) + "\n")
fs.write(fs.add_suffix(filename, "_bias"), ",".join(map(str, weights['bias'])))
def test_add_suffix_to_filename():
_filename = 'test.csv'
_expected = 'test_suf.csv'
assert _expected == fs.add_suffix(_filename, "_suf")
def test_add_suffix_to_path():
_path = '/foo/bar/test'
_expected = '/foo/bar/test_suf'
assert _expected == fs.add_suffix(_path, "_suf")
def test_add_suffix_to_filename_in_path():
_filename = '/foo/bar/test.csv'
_expected = '/foo/bar/test_suf.csv'
assert _expected == fs.add_suffix(_filename, "_suf")
nb_row = blobs[0].width
print("====> Layer: ", key)
print("Expected Shape: ", nb_filter, stack_size, nb_col, nb_row)
print("Found Shape: ", np.array(blobs[0].data).shape)
weights_p = blobs[0].data.astype(dtype=np.float32)
weights_b = blobs[1].data.astype(dtype=np.float32)
if len(weights_p.shape) > 2:
# Caffe uses the shape f, (d, y, x)
# ConvnetJS uses the shape f, (y, x, d)
weights_p = np.swapaxes(np.swapaxes(weights_p, 3, 1), 2, 1)
print("Converted to Shape: ", weights_p.shape)
weights = {
'filter': weights_p.reshape((nb_filter, stack_size*nb_col*nb_row)),
'bias': weights_b
}
filename = WEIGHTS_DIR + key + '.bin'
if not fs.exists(fs.dirname(filename)):
fs.mkdir(fs.dirname(filename))
with open(fs.add_suffix(filename, "_filter"), 'wb') as f:
f.write(weights['filter'].astype(np.float32).tostring())
with open(fs.add_suffix(filename, "_bias"), 'wb') as f:
f.write(weights['bias'].astype(np.float32).tostring())
print("====> Layer: ", key)
print("Expected Shape: ", nb_filter, stack_size, nb_col, nb_row)
print("Found Shape: ", np.array(blobs[0].data).shape)
weights_p = blobs[0].data.reshape(
(nb_filter, stack_size, nb_col, nb_row)).astype(dtype=np.float32)
weights_b = blobs[1].data.astype(dtype=np.float32)
if len(weights_p.shape) > 2:
# Caffe uses the shape f, (d, y, x)
# ConvnetJS uses the shape f, (y, x, d)
weights_p = np.swapaxes(np.swapaxes(weights_p, 3, 1), 2, 1)
print("Converted to Shape: ", weights_p.shape)
weights = {
'filter': weights_p.reshape((nb_filter, stack_size * nb_col * nb_row)),
'bias': weights_b
}
filename = WEIGHTS_DIR + key + '.bin'
prev_shape = (nb_filter, stack_size, nb_col, nb_row)
if not fs.exists(fs.dirname(filename)):
fs.mkdir(fs.dirname(filename))
with open(fs.add_suffix(filename, "_filter"), 'wb') as f:
f.write(weights['filter'].astype(np.float32).tostring())
with open(fs.add_suffix(filename, "_bias"), 'wb') as f:
f.write(weights['bias'].astype(np.float32).tostring())
