def _align(self, frame, displacement):
if displacement.ndim == 3:
return _align_frame(frame.astype(float), displacement,
self._frame_shape)
elif displacement.ndim == 2:
out = np.nan * np.ones(self._frame_shape)
s = frame.shape[1:]
for p, (plane, disp) in enumerate(it.izip(frame, displacement)):
out[p, disp[0]:(disp[0]+s[0]), disp[1]:(disp[1]+s[1])] = plane
return out
def _align(self, frame, displacement):
if displacement.ndim == 3:
return _align_frame(frame.astype(float), displacement.astype(int),
self._frame_shape)
elif displacement.ndim == 2: # plane-wise displacement
out = np.nan * np.ones(self._frame_shape)
s = frame.shape
for p, (plane, disp) in enumerate(zip(frame, displacement)):
if len(disp) == 2:
disp = [0] + list(disp)
out[p + disp[0], disp[1]:(disp[1] + s[1]),
disp[2]:(disp[2] + s[2])] = plane
return out
elif displacement.ndim == 1: # frame-wise displacement
out = np.nan * np.ones(self._frame_shape)
s = frame.shape
out[displacement[0]:(displacement[0] + s[0]),
displacement[1]:(displacement[1] + s[1]),
displacement[2]:(displacement[2] + s[2])] = frame
return out
def _align(self, frame, displacement):
if displacement.ndim == 3:
return _align_frame(frame.astype(float), displacement.astype(int), self._frame_shape)
elif displacement.ndim == 2: # plane-wise displacement
out = np.nan * np.ones(self._frame_shape)
s = frame.shape
for p, (plane, disp) in enumerate(zip(frame, displacement)):
if len(disp) == 2:
disp = [0] + list(disp)
out[p + disp[0], disp[1] : (disp[1] + s[1]), disp[2] : (disp[2] + s[2])] = plane
return out
elif displacement.ndim == 1: # frame-wise displacement
out = np.nan * np.ones(self._frame_shape)
s = frame.shape
out[
displacement[0] : (displacement[0] + s[0]),
displacement[1] : (displacement[1] + s[1]),
displacement[2] : (displacement[2] + s[2]),
] = frame
return out