def wrapper(*args, **kwargs):
try:
coverage = get_coverage(request)
token = get_token(request)
except exceptions.HeaderAbsent, e:
return marshal({'error': {'message': utils.parse_error(e)}},
fields.error_fields), 400
def wrapper(*args, **kwargs):
try:
coverage = get_coverage(request)
token = get_token(request)
except exceptions.HeaderAbsent, e:
return marshal({'error': {
'message': utils.parse_error(e)
}}, fields.error_fields), 400
def wrapper(*args, **kwargs):
try:
coverage = get_coverage(request)
token = get_token(request)
except exceptions.HeaderAbsent as e:
return marshal({'error': {
'message': utils.parse_error(e)
}}, fields.error_fields), 400
nav = Navitia(current_app.config['NAVITIA_URL'], coverage, token)
return func(*args, navitia=nav, **kwargs)
def output(self, key, obj):
if not obj:
return None
if obj.type == 'line_section':
return None
navitia = Navitia(current_app.config['NAVITIA_URL'],
get_coverage(request), get_token(request))
response = navitia.get_pt_object(obj.uri, obj.type)
if response and 'name' in response:
return response['name']
return 'Unable to find object'
def wrapper(*args, **kwargs):
try:
coverage = get_coverage(request)
token = get_token(request)
except exceptions.HeaderAbsent as e:
return marshal(
{'error': {'message': utils.parse_error(e)}},
fields.error_fields
), 400
nav = Navitia(current_app.config['NAVITIA_URL'], coverage, token)
return func(*args, navitia=nav, **kwargs)
def output(self, key, obj):
if not obj:
return None
if obj.type == 'line_section':
return None
navitia = Navitia(
current_app.config['NAVITIA_URL'],
get_coverage(request),
get_token(request))
response = navitia.get_pt_object(obj.uri, obj.type)
if response and 'name' in response:
return response['name']
return 'Unable to find object'
def output(self, key, obj):
if not obj:
return None
if isinstance(obj, dict) and 'uri' in obj and 'type' in obj:
obj_uri = obj['uri']
obj_type = obj['type']
else:
obj_uri = obj.uri
obj_type = obj.type
navitia = Navitia(
current_app.config['NAVITIA_URL'],
get_coverage(request),
get_token(request))
return navitia.find_tc_object_name(obj_uri, obj_type)
def output(self, key, obj):
to_return = []
navitia = Navitia(current_app.config['NAVITIA_URL'],
get_coverage(request), get_token(request))
for localization in obj.localizations:
response = navitia.get_pt_object(localization.uri,
localization.type)
if response and 'name' in response:
response["type"] = localization.type
to_return.append(response)
else:
to_return.append({
"id": localization.uri,
"name": "Unable to find object",
"type": localization.type
})
return to_return
def output(self, key, obj):
to_return = []
navitia = Navitia(current_app.config['NAVITIA_URL'],
get_coverage(request),
get_token(request))
if isinstance(obj, dict) and 'localizations' in obj:
for localization in obj['localizations']:
response = navitia.get_pt_object(
localization['uri'],
localization['type'])
if response and 'name' in response:
response["type"] = localization['type']
to_return.append(response)
else:
to_return.append(
{
"id": localization['uri'],
"name": "Unable to find object",
"type": localization['type']
}
)
elif obj.localizations:
for localization in obj.localizations:
response = navitia.get_pt_object(
localization.uri,
localization.type)
if response and 'name' in response:
response["type"] = localization.type
to_return.append(response)
else:
to_return.append(
{
"id": localization.uri,
"name": "Unable to find object",
"type": localization.type
}
)
return to_return
2. kp in trg img in the overlapping region
3. no of unique matches
4. no of spurious kp in qry img
5. no of spurious kp in trg img
6. no of multiple matches
7. unique match ratio
8. spurious ratio for qry img
9. spurious ratio for trg img
10. multiple match ratio
11. repeatability score
'''
################# [2] Get coverage of keypoints ########################
print('==================== TASK 2 ==================== ')
print('============= COVERAGE IN THE IMAGE =============')
progress = 1
len_kp = len(keypoint_list)
for item in keypoint_list:
print(progress, 'out of', len_kp, item[0], item[1])
cache_coverage.append(get_coverage(item))
progress = progress + 1
print('Writing coverage results to disk: ', results_dir)
save_cache_coverage()
print('Results saved!')
print('The pickle file is a list with each item storing:')
print(
'(sequence[v_boat], img_name[1.ppm], img_shape[(680,850)], no_of_kp[500], hm, hm_normalized) '
)
end = time.time()
print('Total time required in min: %.4f' % ((end - start) / 60))