def run(template, subject, opts):
# lazy import so no imports before run() is really called
from imreg_dft import imreg
fnames = (template, subject)
loaders = opts["loaders"]
loader_img = loaders[1]
imgs = [loa.load2reg(fname) for fname, loa in zip(fnames, loaders)]
# The array where the result should be placed
tosa = None
saver = None
outname = opts["output"]
if outname is not None:
tosa = loader_img.get2save()
saver = loader.LOADERS.get_loader(outname)
tosa = utils.extend_to_3D(tosa, imgs[0].shape[:3])
resdict = _get_resdict(imgs, opts, tosa)
im0, im1, im2 = resdict['unextended']
if opts["print_format"] is not None:
msg = opts["print_format"] % resdict
msg = msg.encode("utf-8")
msg = msg.decode('unicode_escape')
sys.stdout.write(msg)
if outname is not None:
saver.save(outname, tosa, loader_img)
if opts["show"]:
import pylab as pyl
fig = pyl.figure()
imreg.imshow(im0, im1, im2, fig=fig)
pyl.show()
def run(template, subject, opts):
# lazy import so no imports before run() is really called
from imreg_dft import imreg
fnames = (template, subject)
loaders = opts["loaders"]
loader_img = loaders[1]
imgs = [loa.load2reg(fname) for fname, loa in zip(fnames, loaders)]
# The array where the result should be placed
tosa = None
saver = None
outname = opts["output"]
if outname is not None:
tosa = loader_img.get2save()
saver = loader.LOADERS.get_loader(outname)
tosa = utils.extend_to_3D(tosa, imgs[0].shape[:3])
resdict = _get_resdict(imgs, opts, tosa)
im0, im1, im2 = resdict['unextended']
if opts["print_format"] is not None:
msg = opts["print_format"] % resdict
msg = msg.encode("utf-8")
msg = msg.decode('unicode_escape')
sys.stdout.write(msg)
if outname is not None:
saver.save(outname, tosa, loader_img)
if opts["show"]:
import pylab as pyl
fig = pyl.figure()
imreg.imshow(im0, im1, im2, fig=fig)
pyl.show()