* @param[in] face_no An integer identifying which face of the first cell the
* interface is on.
* @param[in] sub_face_no An integer identifying the subface (child) of the
- * face identified by the previous two arguments the interface corresponds
- * to. If equal to numbers::invalid_unsigned_int, then the interface is
- * considered to be the entire face.
+ * face (identified by the previous two arguments) that the interface
+ * corresponds to. If equal to numbers::invalid_unsigned_int, then the
+ * interface is considered to be the entire face.
* @param[in] cell_neighbor An iterator to the second cell adjacent to
* the interface. The type of this iterator does not have to equal that
* of `cell`, but must be convertible to it. This allows using an
const unsigned int component = 0) const;
/**
- * Return the jump if the gradient $[\nabla u]=\nabla u_{\text{cell0}} -
+ * Return the jump in the gradient $[\nabla u]=\nabla u_{\text{cell0}} -
* \nabla u_{\text{cell1}}$ on the interface for the shape function @p
* interface_dof_index at the quadrature point @p q_point of component @p
* component.