300640c864fedfaba2ff31af360fd975e5db23ee,geomstats/discretized_curves_space.py,L2Metric,exp,#L2Metric#Any#Any#,84

Before Change

        if mult_tangent_vecs == 1:
            new_shape = [tangent_vec.shape[0], shape_cumprod[-2], n_coord]
        else:
            new_shape = [shape_cumprod[-2], n_coord]
        new_tangent_vec = tangent_vec.reshape(new_shape)

        exp = self.embedding_metric.exp(new_tangent_vec, new_base_point)
        exp = exp.reshape(tangent_vec_shape)

After Change

        Riemannian exponential of a tangent vector wrt to a base curve.
        
        tangent_vec = gs.to_ndarray(tangent_vec, to_ndim=3)
        base_curve = gs.to_ndarray(base_curve, to_ndim=3)

        n_curves = base_curve.shape[0]
        n_sampling_points = base_curve.shape[1]
        n_coords = base_curve.shape[2]
        n_tangent_vecs = tangent_vec.shape[0]

        new_dim = n_curves * n_sampling_points
        new_base_curve = base_curve.reshape(new_dim, n_coords)
        new_tangent_vec = tangent_vec.reshape(new_dim, n_coords)

        exp = self.embedding_metric.exp(new_tangent_vec, new_base_curve)
        exp = exp.reshape(n_tangent_vecs, n_sampling_points, n_coords)
        exp = exp.squeeze()

        return exp

    def log(self, curve, base_curve):

Instances