def d_dp(self, _):
r"""
The derivative with respect to the parametrisation changes evaluated at
points.
Parameters
----------
points : ``(n_points, n_dims)`` `ndarray`
The spatial points at which the derivative should be evaluated.
Returns
-------
d_dp : ``(n_points, n_parameters, n_dims)`` `ndarray`
The Jacobian with respect to the parametrisation.
"""
return OrthoPDM.d_dp(self, _)[self.n_landmarks:, ...]
def d_dp(self, _):
return OrthoPDM.d_dp(self, _)[self.n_landmarks:, ...]
def d_dp(self, _):
return OrthoPDM.d_dp(self, _)[self.n_landmarks:, ...]
