def set_target(self, target):
if target.n_points < self.target.n_points:
if target.n_points < self.n_landmarks:
target = PointCloud(target.points[:self.n_align_lms])
target = np.dot(np.dot(target.as_vector(), self.pinv_va), self.W)
else:
target = PointCloud(target.points[:self.n_landmarks])
target = np.dot(np.dot(target.as_vector(), self.pinv_v), self.W)
target = PointCloud(np.reshape(target, (-1, self.n_dims)))
OrthoPDM.set_target(self, target)
def set_target(self, target):
r"""
Update this object so that it attempts to recreate the ``new_target``.
Parameters
----------
new_target : `menpo.shape.PointCloud`
The new target that this object should try and regenerate.
"""
if target.n_points == self.n_landmarks:
# densify target
target = np.dot(np.dot(target.as_vector(), self.pinv_V), self.W)
target = PointCloud(np.reshape(target, (-1, self.n_dims)))
OrthoPDM.set_target(self, target)
def set_target(self, target):
if target.n_points == self.n_landmarks:
# densify target
target = np.dot(np.dot(target.as_vector(), self.pinv_V), self.W)
target = PointCloud(np.reshape(target, (-1, self.n_dims)))
OrthoPDM.set_target(self, target)
def set_target(self, target):
if target.n_points == self.n_landmarks:
# densify target
target = np.dot(np.dot(target.as_vector(), self.pinv_V), self.W)
target = PointCloud(np.reshape(target, (-1, self.n_dims)))
OrthoPDM.set_target(self, target)
