276d53ecd49afcf7d055a9c55ac51e6eaecc06e7,geomstats/geometry/product_manifold.py,ProductManifold,regularize,#ProductManifold#Any#Any#,85

Before Change

            regularize_points = gs.vstack(regularize_points)
        return gs.all(regularize_points)

        return regularize_points

    def geodesic(self, initial_point,
                 end_point=None, initial_tangent_vec=None, point_type=None):
        Compute geodesic curve for a product metric.

After Change

            point_type = self.default_point_type
        assert point_type in ["vector", "matrix"]

        regularized_point = [
            manifold_i.regularize(point_i)
            for manifold_i, point_i in zip(self.manifolds, point)]

        // TODO(nina): Put this in a decorator
        if point_type == "vector":
            regularized_point = gs.hstack(regularized_point)

Instances