def iter2():
for file in util.getSiftFileNames(self.querydir):
image = _Query()
if self.QUERY == 'query2':
image.pgm_scale = 512/2592.0
image.siftpath = os.path.join(self.querydir, file)
image.jpgpath = os.path.join(self.querydir, image.siftname[:-8] + '.JPG')
image.setSensorCoord(*info.add_error(info.getQuerySIFTCoord(file), self.added_error))
if self.QUERY != 'query4-matlab':
image.check()
yield image
def iter0():
for a in AndroidReader(self.querydir):
image = _Query()
image.siftpath = os.path.join(a.basedir, a.sift)
image.jpgpath = os.path.join(a.basedir, a.jpg)
image.setSensorCoord(
*info.add_error((a.lat, a.lon), self.added_error))
if self.QUERY == 'query5horizontal' or self.QUERY == 'oakland1' or self.QUERY == 'oak-test':
image.pgm_scale = 512 / 1952.0
image.check()
image.datasource = a
yield image
def iter0():
for a in AndroidReader(self.querydir):
image = _Query()
image.siftpath = os.path.join(a.basedir, a.sift)
image.jpgpath = os.path.join(a.basedir, a.jpg)
image.setSensorCoord(
*info.add_error((a.lat, a.lon), self.added_error)
)
if self.QUERY == 'query5horizontal' or self.QUERY == 'oakland1' or self.QUERY == 'oak-test':
image.pgm_scale = 512/1952.0
image.check()
image.datasource = a
yield image
