def createSamples(classifier_yaml, output_dir):
# numPos, _, _ = requiredImageCounts(classifier_yaml)
samples_vec_fname = '{}/samples.vec'.format(output_dir)
pos_info_fname = '{}/positive.txt'.format(output_dir)
numPos = 0
tmp_info = utils.load_opencv_bounding_box_info(pos_info_fname)
for img_path, bboxes in tmp_info.iteritems():
num = len(bboxes)
numPos += num
samplesCommand = [ 'opencv_createsamples'
, '-info', pos_info_fname
, '-vec', samples_vec_fname
, '-num', str(numPos)
, '-w', classifier_yaml['training']['cascade']['sampleSize'][0]
, '-h', classifier_yaml['training']['cascade']['sampleSize'][1]
]
print ' '.join(samplesCommand)
try:
with open('{}/output_create_samples.txt'.format(output_dir), 'w') as cmd_output_file:
cmd_ouptut = subprocess.check_call(samplesCommand, stdout=cmd_output_file, stderr=subprocess.STDOUT, cwd='.', bufsize=1)
except subprocess.CalledProcessError as e:
print 'ERROR:'
print '\te.returncode: {}'.format(e.returncode)
print '\te.cmd: {}'.format(e.cmd)
print '\te.output: {}'.format(e.output)
sys.exit(0)
def createSamples(classifier_yaml, output_dir):
# numPos, _, _ = requiredImageCounts(classifier_yaml)
samples_vec_fname = '{}/samples.vec'.format(output_dir)
pos_info_fname = '{}/positive.txt'.format(output_dir)
numPos = 0
tmp_info = utils.load_opencv_bounding_box_info(pos_info_fname)
for img_path, bboxes in tmp_info.iteritems():
num = len(bboxes)
numPos += num
samplesCommand = [
'opencv_createsamples', '-info', pos_info_fname, '-vec',
samples_vec_fname, '-num',
str(numPos), '-w',
classifier_yaml['training']['cascade']['sampleSize'][0], '-h',
classifier_yaml['training']['cascade']['sampleSize'][1]
]
print ' '.join(samplesCommand)
try:
with open('{}/output_create_samples.txt'.format(output_dir),
'w') as cmd_output_file:
cmd_ouptut = subprocess.check_call(samplesCommand,
stdout=cmd_output_file,
stderr=subprocess.STDOUT,
cwd='.',
bufsize=1)
except subprocess.CalledProcessError as e:
print 'ERROR:'
print '\te.returncode: {}'.format(e.returncode)
print '\te.cmd: {}'.format(e.cmd)
print '\te.output: {}'.format(e.output)
sys.exit(0)
def load_opencv_bounding_box_info(self, bbinfo_file):
self.bbinfo_map = utils.load_opencv_bounding_box_info(bbinfo_file)
def load_opencv_bounding_box_info(self, bbinfo_file):
self.bbinfo_map = utils.load_opencv_bounding_box_info(bbinfo_file)