cut['TargetDistances'] = [(0., 0.), (1.5, 0.), (-3., 0.),
(-1.5, 0.), (0, 1.5), (0, -1.5)]
else:
cut['TargetDistances'] = args.custom_landmarks
# number of outputs to be extracted from the image
# (x and y head coordinates = 2 targets)
elif cut['Mode'] == 'end-to-end':
# list of distances to move points on the main axis
# (this could be made to vectors, if the rotation of the object itself
# was to be considered (future work)
# screw: [0, 1.5, 3, -1.5]
cut['TargetDistances'] = [(0., 0.)]
# number of outputs to be extracted from the image
# (x and y head coordinates = 2 targets) plus angle, tilt and resolution
target_number = cut.target_number()
# cropped image dimensions
imageDimensions = (cut['Large']['Width'], cut['Large']['Height'])
# number of hdf5 samples per drr
numCuts = args.num_samples
# if len(strWidth) > 0: widthFinal = int(strWidth)
# if len(strHeight) > 0: heightFinal = int(strHeight)
cut.verbose = args.verbose
cut.show_images = args.plot
if args.mode == 'range':
endIndex = args.stop
