])
def get_parameters(self):
p = super(HabcamLighfieldJoe,self).get_parameters()
p['filter_size'] = 501
return p
# usage:
# python lightfield.py {config file} {command} {arguments}
# commands:
# q (file1, file2, file3, ... filen)
# enqueue files for processing
# q -
# read a list of files to process from stdin
# r
# requeue failed processing jobs
# w
# run as a worker
# p
# consume provenance log
# log
# show logging messages as they come in
if __name__=='__main__':
config = get_config(sys.argv[1])
if sys.argv[2] == 'p':
pl = ProvenanceLogger(config)
cli(pl, [None,None,'w'])
else:
hl = HabcamLightfieldNhv(config)
cli(hl, sys.argv)
TRIM='-evalchannels "[1]+[2] > 0 ? val : 0" "val" "val" -crop'
return ' '.join([self.config.imagestack_exec_path,
'-load %(img_in)s',
DEBAYER,
'-dup',
CROP_L, ILLUM_CORRECT, CONTRAST,
'-pull 1',
CROP_R, ILLUM_CORRECT, CONTRAST,
ALIGN, GRAYSCALE, CYAN_ONLY, '-pull 1', GRAYSCALE, RED_ONLY, '-add',
TRIM,
'-save %(img_out)s'
])
# usage:
# python stereo.py {config file} {command} {arguments}
# commands:
# q (file1, file2, file3, ... filen)
# enqueue files for processing
# q -
# read a list of files to process from stdin
# r
# requeue failed processing jobs
# w
# run as a worker
# log
# show logging messages as they come in
if __name__=='__main__':
hl = HabcamRedCyan(get_config(sys.argv[1]))
cli(hl, sys.argv)
