if longRef == 'W':
longitude *= -1
else:
latitude = 0
longitude = 0
hash1 = pHash.imagehash(temp.name)
command = 'blur-detection ' + temp.name
output = commands.getoutput(command)
p = re.compile('.*density: (\d+\.\d+)')
image_quality = float(p.match(output).group(1))
images = conn.get_images(user_id=user['_id'], is_duplicate=False)
is_duplicate = False
group = 1
is_unique = True
for image in images:
if pHash.hamming_distance(hash1, long(image['hash'])) < 15:
is_unique = False
if image_quality < image['quality']:
group = image['group']
is_duplicate = True
break
elif not image['is_duplicate']:
group = image['group']
conn.mark_image_duplicate(image["_id"])
break
if longRef == 'W':
longitude *= -1
else:
latitude = 0
longitude = 0
hash1 = pHash.imagehash(temp.name)
command = 'blur-detection ' + temp.name
output = commands.getoutput(command)
p=re.compile('.*density: (\d+\.\d+)')
image_quality = float(p.match(output).group(1))
images = conn.get_images(user_id=user['_id'], is_duplicate=False)
is_duplicate = False
group = 1
is_unique = True
for image in images:
if pHash.hamming_distance(hash1, long(image['hash'])) < 15:
is_unique = False
if image_quality < image['quality']:
group = image['group']
is_duplicate = True
break
elif not image['is_duplicate']:
group = image['group']
conn.mark_image_duplicate(image["_id"])
break
