Method of producing an ophthalmic spectacle eyeglass intended for a wearer, comprising the following steps: /1/a first ophthalmic correction for the wearer's foveal vision and a second ophthalmic correction for at least one eccentricity value belonging to the wearer's peripheral vision are obtained, said first and second corrections being different; /2/ a central zone and a peripheral zone of the eyeglass are determined, the peripheral zone being located between the central zone and at least one portion of a peripheral edge (30, 31) of said eyeglass; /3/ the peripheral zone is divided into a plurality of first and second regions that are contiguous and alternate with a pitch of 2 mm or less; /4/ first parameters of the eyeglass in the central zone and in the first regions, corresponding to the first ophthalmic correction, are determined and second parameters of said eyeglass in the second regions are determined according to the second ophthalmic correction; and /5/ the eyeglass is produced in accordance with said first and second parameters, whereby the central zone of the eyeglass, in which the parameters of said eyeglass correspond to the first ophthalmic correction, contains a disc of 2 mm radius, and whereby the second regions each have at least one dimension lying between 15 μm and 1000 μm, the eyeglass comprising two opposed surfaces separated by a refringent medium, a first surface of the two surfaces determining the central zone and the first and second regions, and a second surface of the two surfaces having a continuous area with a progressive variation in curvature, said curvature varing between a far vision zone (Z F) of the eyeglass and a near vision zone (Z N) of said eyeglass, the peripheral zone being limited to an upper angular sector of the eyeglass, said angular sector lying above and on each side of the central zone, and the peripheral zone excluding the near vision zone. /1/a first ophthalmic correction for the wearer's foveal vision and a second ophthalmic correction for at least one eccentricity value belonging to the wearer's peripheral vision are obtained, said first and second corrections being different; /2/ a central zone and a peripheral zone of the eyeglass are determined, the peripheral zone being located between the central zone and at least one portion of a peripheral edge (30, 31) of said eyeglass; /3/ the peripheral zone is divided into a plurality of first and second regions that are contiguous and alternate with a pitch of 2 mm or less; /4/ first parameters of the eyeglass in the central zone and in the first regions, corresponding to the first ophthalmic correction, are determined and second parameters of said eyeglass in the second regions are determined according to the second ophthalmic correction; and /5/ the eyeglass is produced in accordance with said first and second parameters, whereby the central zone of the eyeglass, in which the parameters of said eyeglass correspond to the first ophthalmic correction, contains a disc of 2 mm radius, and whereby the second regions each have at least one dimension lying between 15 μm and 1000 μm, the eyeglass comprising two opposed surfaces separated by a refringent medium, a first surface of the two surfaces determining the central zone and the first and second regions, and a second surface of the two surfaces having a continuous area with a progressive variation in curvature, said curvature varing between a far vision zone (Z F) of the eyeglass and a near vision zone (Z N) of said eyeglass, the peripheral zone being limited to an upper angular sector of the eyeglass, said angular sector lying above and on each side of the central zone, and the peripheral zone excluding the near vision zone.