A method of manufacturing a corrective lens for the management of an axial length growth of an eye of a subject, the eye having a pupil, the corrective lens comprising: - a central region (110, 210, 252) having a first power; - a transition region (112, 212, 252) surrounding the central region; - a peripheral region (114, 214, 256) surrounding the transition region, the peripheral region having a second power, corresponding to a power added to the power of the central region and wherein a net power is the addition of the first power and the second power; wherein the second power is being chosen so as to achieve a target net power determined to be efficient to control axial length elongation; wherein a surface area of each one of the central and peripheral regions is chosen as a function of the surface area of the pupil of the eye of the subject; wherein the central and peripheral regions are adapted to treat at least one of myopia and astigmatism; wherein the corrective lens is one of a contact lens and an intraocular lens; characterized in that the transition region has a width at most equal to 1.5 mm and a steep power slope between the power generated in the central region and that generated in the peripheral region, the transition region thus not generating a power that is optically usable by the eye of the subject; wherein the surface area of the pupil of the eye of the subject is determined by measure of the surface area of the pupil in photopic condition, when the subject is looking at distance with uncovered eyes; wherein a surface area of the central region together with the transition region is comprised between about 20% and about 40% of the surface area of the pupil of the eye. - a central region (110, 210, 252) having a first power; - a transition region (112, 212, 252) surrounding the central region; - a peripheral region (114, 214, 256) surrounding the transition region, the peripheral region having a second power, corresponding to a power added to the power of the central region and wherein a net power is the addition of the first power and the second power; wherein the second power is being chosen so as to achieve a target net power determined to be efficient to control axial length elongation; wherein a surface area of each one of the central and peripheral regions is chosen as a function of the surface area of the pupil of the eye of the subject; wherein the central and peripheral regions are adapted to treat at least one of myopia and astigmatism; wherein the corrective lens is one of a contact lens and an intraocular lens; characterized in that the transition region has a width at most equal to 1.5 mm and a steep power slope between the power generated in the central region and that generated in the peripheral region, the transition region thus not generating a power that is optically usable by the eye of the subject; wherein the surface area of the pupil of the eye of the subject is determined by measure of the surface area of the pupil in photopic condition, when the subject is looking at distance with uncovered eyes; wherein a surface area of the central region together with the transition region is comprised between about 20% and about 40% of the surface area of the pupil of the eye.