def _804_random_sample_frames_for_i3d_test_video_level_by_split(
split_type='train'):
assert split_type in ['train', 'test'
], 'Sorry, unknown split type: %s' % (split_type)
is_train = split_type == 'train'
file_name_suffix = 'tr' if is_train else 'te'
root_path_id = 0 if configs.is_local_machine() else 5
frames_root_path = Pth('EPIC-Kitchens/frames_rgb_resized/train',
root_type=c.ROOT_PATH_TYPES[root_path_id])
frame_relative_pathes_dict_path = Pth(
'EPIC-Kitchens/annotations/frame_relative_pathes_dict_%s.pkl',
(file_name_suffix, ))
video_names_splits_path = Pth(
'EPIC-Kitchens/annotations/video_names_splits.pkl')
(video_names_tr, video_names_te) = utils.pkl_load(video_names_splits_path)
video_names = video_names_tr if is_train else video_names_te
del video_names_tr
del video_names_te
frame_relative_pathes_dict = utils.pkl_load(
frame_relative_pathes_dict_path)
# loop on the videos and sample frames for i3d
n_timesteps = 64
n_frames_per_segment = 8
n_frames_per_video = n_timesteps * n_frames_per_segment
sampled_frames = __random_sample_frames_per_video_for_i3d(
video_names, frames_root_path, frame_relative_pathes_dict,
n_frames_per_segment, n_frames_per_video)
return sampled_frames
def __init__(self, n_timesteps, is_random_tr=True, is_random_te=False, is_shuffle_tr=True, is_shuffle_te=False):
"""
:param n_timesteps: How many timesteps per video.
:param is_random_tr: Sample random or uniform frames.
:param is_random_te: Sample random or uniform frames.
:param is_shuffle_tr: To shuffle data or not.
:param is_shuffle_te: To shuffle data or not.
"""
frames_dict_path = Pth('Charades/annotation/frames_dict_all_frames.pkl')
annotation_path = Pth('Charades/annotation/video_annotation.pkl')
self.__is_random_tr = is_random_tr
self.__is_random_te = is_random_te
self.__is_shuffle_tr = is_shuffle_tr
self.__is_shuffle_te = is_shuffle_te
self.__n_timesteps = n_timesteps
self.__n_frames_per_segment = 8
self.__n_frames = self.__n_timesteps * self.__n_frames_per_segment
(self.__video_frames_dict_tr, self.__video_frames_dict_te) = utils.pkl_load(frames_dict_path)
(self.__video_ids_tr, self.__y_tr, self.__video_ids_te, self.__y_te) = utils.pkl_load(annotation_path)
self.current_train = None
self.current_test = None
def _800_prepare_video_frames_path_dict():
frame_relative_pathes_dict_path = Pth(
'EPIC-Kitchens/annotations/frame_relative_pathes_dict.pkl')
video_names_splits_path = Pth(
'EPIC-Kitchens/annotations/video_names_splits.pkl')
imgs_root_path = Pth('EPIC-Kitchens/frames_rgb_resized/train')
(video_names_tr, video_names_te) = utils.pkl_load(video_names_splits_path)
video_names = np.hstack((video_names_tr, video_names_te))
frame_relative_pathes_dict = {}
n_videos = len(video_names)
for idx, video_id in enumerate(video_names):
utils.print_counter(idx, n_videos)
person_id = video_id.split('_')[0]
video_frames_root_path = '%s/%s/%s' % (imgs_root_path, person_id,
video_id)
video_frames_names = utils.file_names(video_frames_root_path,
is_nat_sort=True)
video_frames_names = np.array(video_frames_names)
video_frames_relative_pathes = np.array([
'%s/%s/%s' % (person_id, video_id, n) for n in video_frames_names
])
frame_relative_pathes_dict[video_id] = video_frames_relative_pathes
utils.pkl_dump(frame_relative_pathes_dict, frame_relative_pathes_dict_path)
def _802_uniform_sample_frames_for_i3d_test_video_level():
video_names_splits_path = Pth(
'EPIC-Kitchens/annotations/video_names_splits.pkl')
frame_relative_pathes_dict_tr_path = Pth(
'EPIC-Kitchens/annotations/frame_relative_pathes_dict_tr.pkl')
frame_relative_pathes_dict_te_path = Pth(
'EPIC-Kitchens/annotations/frame_relative_pathes_dict_te.pkl')
sampled_frames_relative_pathes = Pth(
'EPIC-Kitchens/annotations/frame_relative_pathes_uniform_sample.pkl')
(video_names_tr, video_names_te) = utils.pkl_load(video_names_splits_path)
frame_relative_pathes_dict_tr = utils.pkl_load(
frame_relative_pathes_dict_tr_path)
frame_relative_pathes_dict_te = utils.pkl_load(
frame_relative_pathes_dict_te_path)
n_timesteps = 64
n_frames_per_segment = 8
n_frames_per_video = n_timesteps * n_frames_per_segment
sampled_frames_tr = __uniform_sample_frames_per_video_for_i3d(
video_names_tr, frame_relative_pathes_dict_tr, n_frames_per_segment,
n_frames_per_video)
sampled_frames_te = __uniform_sample_frames_per_video_for_i3d(
video_names_te, frame_relative_pathes_dict_te, n_frames_per_segment,
n_frames_per_video)
data = (sampled_frames_tr, sampled_frames_te)
utils.pkl_dump(data, sampled_frames_relative_pathes)
def _05_visualize_attention_values():
# load data
n_timesteps = 64
n_centroids = 128
model_name = 'classifier_19.02.21-01:00:30'
features_path = Pth('Breakfast/features/features_i3d_mixed_5c_%d_frames.h5', (n_timesteps * 8,))
gt_activities_path = Pth('Breakfast/annotation/gt_activities.pkl')
frames_annot_path = Pth('Breakfast/annotation/annot_frames_i3d_%d.pkl', (512,))
attention_values_path = Pth('Breakfast/qualitative_results/node_attention_%s.pkl', (model_name,))
n_classes = ds_breakfast.N_CLASSES_ACTIVITIES
frames_annot = utils.pkl_load(frames_annot_path)
(video_ids_tr, y_tr), (video_ids_te, y_te) = utils.pkl_load(gt_activities_path)
y_tr = utils.debinarize_label(y_tr)
y_te = utils.debinarize_label(y_te)
(att_tr, att_te) = utils.pkl_load(attention_values_path) # (1357, 64, 128), (355, 64, 128)
attentions_tr = np.array([np.average(att_tr[np.where(y_tr == idx_class)[0]], axis=(0, 1)) for idx_class in range(n_classes)]) # (10, 128)
attentions_te = np.array([np.average(att_te[np.where(y_te == idx_class)[0]], axis=(0, 1)) for idx_class in range(n_classes)]) # (10, 128)
# remove least attended centroids
all_attn_vals = np.mean(attentions_tr, axis=1)
_ = 10
def _803_random_sample_frames_for_i3d_test_video_level():
video_names_splits_path = Pth(
'EPIC-Kitchens/annotations/video_names_splits.pkl')
frame_relative_pathes_dict_tr_path = Pth(
'EPIC-Kitchens/annotations/frame_relative_pathes_dict_tr.pkl')
frame_relative_pathes_dict_te_path = Pth(
'EPIC-Kitchens/annotations/frame_relative_pathes_dict_te.pkl')
root_path_id = 0 if configs.is_local_machine() else 5
frames_root_path = Pth('EPIC-Kitchens/frames_rgb_resized/train',
root_type=c.ROOT_PATH_TYPES[root_path_id])
(video_names_tr, video_names_te) = utils.pkl_load(video_names_splits_path)
frame_relative_pathes_dict_tr = utils.pkl_load(
frame_relative_pathes_dict_tr_path)
frame_relative_pathes_dict_te = utils.pkl_load(
frame_relative_pathes_dict_te_path)
# loop on the videos and sample frames for i3d
n_timesteps = 64
n_frames_per_segment = 8
n_frames_per_video = n_timesteps * n_frames_per_segment
sampled_frames_tr = __random_sample_frames_per_video_for_i3d(
video_names_tr, frames_root_path, frame_relative_pathes_dict_tr,
n_frames_per_segment, n_frames_per_video)
sampled_frames_te = __random_sample_frames_per_video_for_i3d(
video_names_te, frames_root_path, frame_relative_pathes_dict_te,
n_frames_per_segment, n_frames_per_video)
return (sampled_frames_tr, sampled_frames_te)
def test_model_predictions_on_images():
weight_path = Pth('Torch_Models/ResNet/resnet50_places365.pth.tar')
category_list_path = Pth('Places365/annotation/categories_places365.txt')
# load the class label
category_list = utils.txt_load(category_list_path)
# load the pre-trained weights
model = __load_model_pretrained(weight_path)
model = model.cuda()
model.eval()
image_names = ['01.jpg', '02.jpg', '03.jpg', '12.jpg']
for image_name in image_names:
image_path = '/home/nour/Pictures/scene_images/%s' % image_name
img = __read_image_preprocessed(image_path)
img = torch.from_numpy(np.array([img])).cuda()
# forward pass
logit = model.forward_no_activation(img)
h_x = F.softmax(logit, 1).data.squeeze()
probs, idx = h_x.sort(0, True)
print('\n prediction on {}'.format(image_name, ))
# output the prediction
for i in range(0, 5):
print('{:.3f} -> {}'.format(probs[i], category_list[idx[i]]))
def _703_prepare_data_splits():
"""
Sample fram pathes for the i3d model.
:return:
"""
annot_dict_path = Pth(
'EPIC-Kitchens/annotations/EPIC_train_action_labels_dict.pkl')
annot_idxes_many_shots_path = Pth(
'EPIC-Kitchens/annotations/annot_idxes_many_shots_noun_verb.pkl')
video_names_splits_path = Pth(
'EPIC-Kitchens/annotations/video_names_splits.pkl')
annot_idxes_many_shots = utils.pkl_load(annot_idxes_many_shots_path)
annot_dict = utils.pkl_load(annot_dict_path)
# split_ratio
split_ratio = 0.8
person_videos_dict = {}
# first loop to collect all unique video ids
for annot_id in annot_idxes_many_shots:
annot_line = annot_dict[annot_id]
person_id = annot_line[0]
video_id = annot_line[1]
if person_id not in person_videos_dict:
person_videos_dict[person_id] = []
person_videos_dict[person_id].append(video_id)
for person_id in person_videos_dict:
video_names = natsort.natsorted(
np.unique(person_videos_dict[person_id]))
person_videos_dict[person_id] = video_names
# now that we have collected the persons, and their videos, see how much videos if we split
video_names_tr = []
video_names_te = []
for person_id in person_videos_dict:
v_names = person_videos_dict[person_id]
idx = int(len(v_names) * split_ratio)
v_names_tr = v_names[:idx]
v_names_te = v_names[idx:]
video_names_tr += v_names_tr
video_names_te += v_names_te
video_names_tr = np.array(video_names_tr)
video_names_te = np.array(video_names_te)
print len(video_names_tr) + len(video_names_te)
print len(video_names_tr)
print len(video_names_te)
# save video names
utils.pkl_dump((video_names_tr, video_names_te), video_names_splits_path)
def __load_model(model_name, epoch_num):
model_root_path = Pth('Breakfast/models/%s', (model_name,))
nodes_root_path = Pth('Breakfast/qualitative_results/node_embedding_%s' % (model_name,))
custom_objects = {'tf': tf, 'ExpandDimsLayer': ExpandDimsLayer, 'MeanLayer': MeanLayer, 'MaxLayer': MaxLayer, 'TransposeLayer': TransposeLayer, 'ReshapeLayer': ReshapeLayer, 'DepthwiseConv1DLayer': DepthwiseConv1DLayer}
json_path = '%s/%03d.json' % (model_root_path, epoch_num)
weight_path = '%s/%03d.pkl' % (model_root_path, epoch_num)
model = keras_utils.load_model(json_path, weight_path, custom_objects=custom_objects, is_compile=False)
return model
def _103_prepare_video_info():
video_info_path = Pth('Breakfast/annotation/video_info.pkl')
annot_activities_path = Pth('Breakfast/annotation/annot_activities.pkl')
(video_relative_pathes_tr, _, video_relative_pathes_te,
_) = utils.pkl_load(annot_activities_path)
video_relative_pathes = np.hstack(
(video_relative_pathes_tr, video_relative_pathes_te))
n_videos = len(video_relative_pathes)
video_info = dict()
fps, n_frames, duration = [], [], []
# loop on the videos
for idx_video, video_relative_path in enumerate(video_relative_pathes):
utils.print_counter(idx_video, n_videos, 100)
video_path = Pth('Breakfast/videos/%s', (video_relative_path, ))
video_id = __video_relative_path_to_video_id(video_relative_path)
try:
v_fps, v_n_frames, v_duration = video_utils.get_video_info(
video_path)
except:
print video_relative_path
continue
fps.append(v_fps)
n_frames.append(v_n_frames)
duration.append(v_duration)
video_info[video_id] = {
'duration': v_duration,
'fps': v_fps,
'n_frames': v_n_frames
}
print np.mean(fps), np.std(fps), np.min(fps), np.max(fps)
print np.mean(duration), np.std(duration), np.min(duration), np.max(
duration)
print np.mean(n_frames), np.std(n_frames), np.min(n_frames), np.max(
n_frames)
# 15.0 0.0 15.0 15.0
# 140.30865654205607 121.76493338896255 12.4 649.67
# 2105.308995327103 1826.5189539717755 187 9746
utils.pkl_dump(video_info, video_info_path)
def __sample_frames(video_relative_pathes, n_frames_per_video, model_type):
video_frames_dict = dict()
n_videos = len(video_relative_pathes)
assert model_type in ['resnet', 'i3d', 'non_local']
for idx_video, video_relative_path in enumerate(video_relative_pathes):
utils.print_counter(idx_video, n_videos, 100)
video_id = __video_relative_path_to_video_id(video_relative_path)
# get all frames of the video
frames_root_path = Pth('Breakfast/frames/%s', (video_id, ))
video_frame_names = utils.file_names(frames_root_path,
is_nat_sort=True)
# sample from these frames
if model_type == 'resnet':
video_frame_names = __sample_frames_for_resnet(
video_frame_names, n_frames_per_video)
elif model_type == 'i3d':
video_frame_names = __sample_frames_for_i3d(
video_frame_names, n_frames_per_video)
elif model_type == 'non_local':
video_frame_names = __sample_frames_for_non_local(
video_frame_names, n_frames_per_video)
else:
raise Exception('Unkonwn model type: %s' % (model_type))
n_frames = len(video_frame_names)
assert n_frames == n_frames_per_video
video_frames_dict[video_id] = video_frame_names
return video_frames_dict
def __get_resne50_for_finetuning_on_hico():
# load model and weights
# model_path = Pth('Torch_Models/ResNet/resnet50-19c8e357.pth')
# model.fc = nn.Linear(2048, 10)
model_path = Pth('Torch_Models/ResNet/resnet50-19c8e357.pth')
model_dict = torch.load(model_path)
# define model
model = ResNet50Hico()
# load weights
model.load_state_dict(model_dict, strict=True)
# freeze all but last block
layer_names = ['bn1', 'relu', 'maxpool', 'layer1', 'layer2', 'layer3']
pytorch_utils.freeze_model_layers_recursive(model, layer_names)
# prepare for fine-tuning
model._prepare_for_finetuning()
# as cuda
model = model.cuda()
loss_fn = F.binary_cross_entropy
metric_fn = pytorch_utils.METRIC_FUNCTIONS.ap_hico
optimizer = optim.Adam(model.parameters(), lr=0.001, eps=1e-4)
return model, optimizer, loss_fn, metric_fn
def _105_prepare_action_gt_timestamped():
"""
Get ground truth of unit-actions with their timestamps.
:return:
"""
root_path = c.DATA_ROOT_PATH
video_ids_path = Pth('Breakfast/annotation/video_ids_split.pkl')
unit_actions_path = Pth('Breakfast/annotation/unit_actions_list.pkl')
gt_actions_path = Pth(
'Breakfast/annotation/gt_unit_actions_timestamped.pkl')
(video_ids_tr, video_ids_te) = utils.pkl_load(video_ids_path)
unit_actions = utils.pkl_load(unit_actions_path)
video_pathes_tr = [
'%s/Breakfast/videos/%s' % (
root_path,
__video_video_id_to_video_relative_path(id, False),
) for id in video_ids_tr
]
video_pathes_te = [
'%s/Breakfast/videos/%s' % (
root_path,
__video_video_id_to_video_relative_path(id, False),
) for id in video_ids_te
]
gt_actions_te = __get_gt_actions_timestamped(video_pathes_te, unit_actions)
gt_actions_tr = __get_gt_actions_timestamped(video_pathes_tr, unit_actions)
gt_actions_tr = np.array(gt_actions_tr)
gt_actions_te = np.array(gt_actions_te)
l_tr = [len(i) for i in gt_actions_tr]
l_te = [len(i) for i in gt_actions_te]
print('mean, std, min, max for number of nodes in each video [tr/te]')
print np.mean(l_tr), np.std(l_tr), np.min(l_tr), np.max(l_tr)
print np.mean(l_te), np.std(l_te), np.min(l_te), np.max(l_te)
print gt_actions_tr.shape
print gt_actions_te.shape
utils.pkl_dump(
((video_ids_tr, gt_actions_tr), (video_ids_te, gt_actions_te)),
gt_actions_path)
def _501_generate_centroids(n_centroids, n_dims):
c1_path = Pth(
'Breakfast/features_centroids/features_random_%d_centroids.pkl',
(n_centroids, ))
c2_path = Pth(
'Breakfast/features_centroids/features_sobol_%d_centroids.pkl',
(n_centroids, ))
# centroids as random vectors
c1 = np.random.rand(n_centroids, n_dims)
# centroids as sobol sequence
c2 = sobol.sobol_generate(n_dims, n_centroids)
c2 = np.array(c2)
# save centroids
utils.pkl_dump(c1, c1_path)
utils.pkl_dump(c2, c2_path)
def __init__(self, features_root_path, n_timesteps, n_timesteps_total, is_random_tr, is_random_te):
gt_activities_path = Pth('Breakfast/annotation/gt_activities.pkl')
(self.__video_ids_tr, self.__y_tr, self.__video_ids_te, self.__y_te) = utils.pkl_load(gt_activities_path)
self.__feature_root_path = features_root_path
self.__n_timesteps_total = n_timesteps_total
self.__n_timesteps = n_timesteps
self.__is_random_tr = is_random_tr
self.__is_random_te = is_random_te
def _602_generate_nodes(n_nodes, n_dims):
pass
n1_path = Pth('EPIC-Kitchens/features_centroid/features_random_%d.pkl', (n_nodes,))
n2_path = Pth('EPIC-Kitchens/features_centroid/features_sobol_%d.pkl', (n_nodes,))
# nodes as random vectors
n1 = np.random.rand(n_nodes, n_dims)
# nodes as sobol sequence
n2 = sobol.sobol_generate(n_dims, n_nodes)
n2 = np.array(n2)
print n1.shape
print n2.shape
# save nodes
utils.pkl_dump(n1, n1_path)
utils.pkl_dump(n2, n2_path)
def _202_spit_video_frames_relative_pathes():
video_names_splits_path = Pth('EPIC-Kitchens/annotation/video_names_splits.pkl')
frame_relative_pathes_dict_path = Pth('EPIC-Kitchens/annotation/frame_relative_pathes_dict.pkl')
frame_relative_pathes_dict_tr_path = Pth('EPIC-Kitchens/annotation/frame_relative_pathes_dict_tr.pkl')
frame_relative_pathes_dict_te_path = Pth('EPIC-Kitchens/annotation/frame_relative_pathes_dict_te.pkl')
(video_names_tr, video_names_te) = utils.pkl_load(video_names_splits_path)
frames_dict = utils.pkl_load(frame_relative_pathes_dict_path)
dict_tr = dict()
dict_te = dict()
for v_name in video_names_tr:
dict_tr[v_name] = frames_dict[v_name]
for v_name in video_names_te:
dict_te[v_name] = frames_dict[v_name]
utils.pkl_dump(dict_tr, frame_relative_pathes_dict_tr_path)
utils.pkl_dump(dict_te, frame_relative_pathes_dict_te_path)
def _401_pickle_features_i3d_mixed_5c():
n_frames_per_video = 512
features_root_path = Pth('Breakfast/features_i3d_mixed_5c_%d_frames',
(n_frames_per_video, ))
features_path = Pth(
'Breakfast/features/features_i3d_mixed_5c_%d_frames.h5',
(n_frames_per_video, ))
video_ids_path = Pth('Breakfast/annotation/video_ids_split.pkl')
(video_ids_tr, video_ids_te) = utils.pkl_load(video_ids_path)
n_tr = len(video_ids_tr)
n_te = len(video_ids_te)
n_frames_per_segment = 8
n_segments = int(n_frames_per_video / n_frames_per_segment)
assert n_segments * n_frames_per_segment == n_frames_per_video
f_tr = np.zeros((n_tr, n_segments, 7, 7, 1024), dtype=np.float16)
f_te = np.zeros((n_te, n_segments, 7, 7, 1024), dtype=np.float16)
for i in range(n_tr):
utils.print_counter(i, n_tr, 100)
p = '%s/%s.pkl' % (features_root_path, video_ids_tr[i])
f = utils.pkl_load(p) # (T, 7, 7, 2048)
f_tr[i] = f
for i in range(n_te):
utils.print_counter(i, n_te, 100)
p = '%s/%s.pkl' % (features_root_path, video_ids_te[i])
f = utils.pkl_load(p) # (T, 7, 7, 2048)
f_te[i] = f
print f_tr.shape
print f_te.shape
print(utils.get_size_in_gb(utils.get_array_memory_size(f_tr)))
print(utils.get_size_in_gb(utils.get_array_memory_size(f_te)))
data_names = ['x_tr', 'x_te']
utils.h5_dump_multi((f_tr, f_te), data_names, features_path)
def _201_extract_frames():
"""
This function extracts all frames from all the videos in the dataset.
Make sure to download the dataset from http://serre-lab.clps.brown.edu/resource/breakfast-actions-dataset/#Downloads
Then save all videos under one directory. For example, for Person "P05", the videos are stored in
Breakfast/videos/P05/stereo/P05_milk_ch0.avi
Breakfast/videos/P05/stereo/P05_milk_ch1.avi
Breakfast/videos/P05/stereo/........
Breakfast/videos/P05/cam01/P05_cereals.avi
Breakfast/videos/P05/cam01/P05_coffee.avi
Breakfast/videos/P05/cam01/....
Breakfast/videos/P05/.....
And so on, so forth.
"""
annot_activities_path = Pth('Breakfast/annotation/annot_activities.pkl')
(video_relative_pathes_tr, _, video_relative_pathes_te,
_) = utils.pkl_load(annot_activities_path)
video_relative_pathes = np.hstack(
(video_relative_pathes_tr, video_relative_pathes_te))
n_videos = len(video_relative_pathes)
image_name_format = '%s/%06d.jpg'
for idx_video, video_relative_path in enumerate(video_relative_pathes):
t1 = time.time()
video_id = __video_relative_path_to_video_id(video_relative_path)
video_path = Pth('Breakfast/videos/%s', (video_relative_path))
# path to to store video frames
video_frames_root_path = Pth('Breakfast/frames/%s', (video_id))
if not os.path.exists(video_frames_root_path):
os.mkdir(video_frames_root_path)
# save all frames to disc
video_utils.video_save_frames(video_path, video_frames_root_path,
image_name_format, c.RESIZE_TYPES[1])
t2 = time.time()
duration = t2 - t1
print('%03d/%03d, %d sec' % (idx_video + 1, n_videos, duration))
def _01_get_nodes_over_epochs():
"""
Get centroids of the model.
:return:
"""
n_centroids = 128
n_epochs = 100
model_name = 'classifier_19.02.21-01:00:30'
model_root_path = Pth('Breakfast/models/%s', (model_name,))
centroids_path = Pth('Breakfast/features_centroids/features_random_%d_centroids.pkl', (n_centroids,))
nodes_root_path = Pth('Breakfast/qualitative_results/node_embedding_%s' % (model_name,))
v_input_nodes = utils.pkl_load(centroids_path)
model = None
t_input_nodes = None
t_node_embedding = None
keras_session = K.get_session()
for idx_epoch in range(n_epochs):
utils.print_counter(idx_epoch, n_epochs)
epoch_num = idx_epoch + 1
weight_path = '%s/%03d.pkl' % (model_root_path, epoch_num)
if epoch_num == 1:
model = __load_model(model_name, epoch_num)
t_input_nodes = model.get_layer('input_n').input
t_node_embedding = model.get_layer('node_embedding').output
else:
model.load_weights(weight_path)
v_node_embedding, = keras_session.run([t_node_embedding], {t_input_nodes: v_input_nodes}) # (1, 128, 1024)
v_node_embedding = np.squeeze(v_node_embedding, axis=0) # (1, 128, 1024)
path = '%s/%02d.pkl' % (nodes_root_path, epoch_num)
utils.pkl_dump(v_node_embedding, path)
pass
def __init__(self, img_root_path, is_shuffle_tr=True, is_shuffle_te=False):
annot_path = Pth('Hico/annotation/anno_hico.pkl')
(self.img_names_tr, self.y_tr, self.img_names_te, self.y_te) = utils.pkl_load(annot_path)
self.y_tr = self.y_tr.astype(np.float32)
self.y_te = self.y_te.astype(np.float32)
self.is_shuffle_tr = is_shuffle_tr
self.is_shuffle_te = is_shuffle_te
self.img_names_tr = np.array(['%s/%s' % (img_root_path, n) for n in self.img_names_tr])
self.img_names_te = np.array(['%s/%s' % (img_root_path, n) for n in self.img_names_te])
