verbose = args.verbose
auto_done = args.auto_done
add_file_name = args.add_file_name
make = args.make
model = args.model
# Retrieve/validate project key
if not args.skip_validate_project:
project_key = get_project_key(args.project, args.project_key)
else:
project_key = args.project_key or ''
# Map orientation from degress to tags
if orientation is not None:
orientation = format_orientation(orientation)
# Distance/Angle threshold for duplicate removal
# NOTE: This might lead to removal of panorama sequences
min_duplicate_distance = float(args.duplicate_distance)
min_duplicate_angle = float(args.duplicate_angle)
# Fetch authentication info
try:
MAPILLARY_USERNAME = args.user if args.user is not None else os.environ['MAPILLARY_USERNAME']
MAPILLARY_EMAIL = args.email if args.email is not None else os.environ['MAPILLARY_EMAIL']
MAPILLARY_USERKEY = args.userkey
MAPILLARY_SECRET_HASH = os.environ.get('MAPILLARY_SECRET_HASH', None)
secret_hash = None
upload_token = None
parser.add_argument('--keep-timestamp',
action='store_true',
dest='timestamp',
help='keep original timestamp of image file')
parser.add_argument(
'--backup',
action='store_true',
dest='backup',
help='store backup of overwritten values in Mapillary JSON')
args = parser.parse_args()
if args.orientation is not None:
exifOrientation = format_orientation(args.orientation)
s = Sequence(args.path)
if args.interpolate:
bearings = s.interpolate_direction()
for filename in s.get_file_list(args.path):
stat = os.stat(filename)
exifRead = EXIF(filename)
mapillaryTag = json.loads(exifRead.extract_image_description())
if args.interpolate:
bearing = bearings[filename]
else:
bearing = exifRead.extract_direction()