Method implemented by computer means for providing a mold for a lens element, the lens element comprising - a holder comprising a refraction area having a first refractive power; - a plurality of optical elements placed on at least one surface of the holder and having a targeted refractive optical function of focusing an image in front and/or behind the retina of a wearer, the targeted refractive optical function being different from the first refractive power of the holder; and wherein the optical elements and at least a zone of the holder on which the optical elements are placed are intended to be covered by at least one layer of at least one coating element, characterized in that the method comprises: - providing mold data indicating at least an initial shape of the mold, the initial shape of the mold corresponding to a shape of the surface of the holder and to at least a shape of the optical elements of the lens element, the shape of the optical elements being associated with a targeted optical function; - providing a coating mold transfer law associated with a coating process of a lens element comprising the optical elements, the coating process being associated with the coating element, the coating mold transfer law corresponding to transformations to apply to the shape of the mold for compensating modifications of the targeted optical function of said optical elements induced by the coating process; and - determining a shape of the mold for a lens element based at least on the mold data and the coating mold transfer law. - a holder comprising a refraction area having a first refractive power; - a plurality of optical elements placed on at least one surface of the holder and having a targeted refractive optical function of focusing an image in front and/or behind the retina of a wearer, the targeted refractive optical function being different from the first refractive power of the holder; and wherein the optical elements and at least a zone of the holder on which the optical elements are placed are intended to be covered by at least one layer of at least one coating element, characterized in that the method comprises: - providing mold data indicating at least an initial shape of the mold, the initial shape of the mold corresponding to a shape of the surface of the holder and to at least a shape of the optical elements of the lens element, the shape of the optical elements being associated with a targeted optical function; - providing a coating mold transfer law associated with a coating process of a lens element comprising the optical elements, the coating process being associated with the coating element, the coating mold transfer law corresponding to transformations to apply to the shape of the mold for compensating modifications of the targeted optical function of said optical elements induced by the coating process; and - determining a shape of the mold for a lens element based at least on the mold data and the coating mold transfer law. - providing mold data indicating at least an initial shape of the mold, the initial shape of the mold corresponding to a shape of the surface of the holder and to at least a shape of the optical elements of the lens element, the shape of the optical elements being associated with a targeted optical function; - providing a coating mold transfer law associated with a coating process of a lens element comprising the optical elements, the coating process being associated with the coating element, the coating mold transfer law corresponding to transformations to apply to the shape of the mold for compensating modifications of the targeted optical function of said optical elements induced by the coating process; and - determining a shape of the mold for a lens element based at least on the mold data and the coating mold transfer law.