Computer-implemented method for configuring a spectacle lens for a user, the spectacle lens comprising a first lenticular element and at least one second lenticular element, the first lenticular element having a front surface and a back surface that comprises a first back surface region and a second back surface region, the at least one second lenticular element comprising a front surface and a back surface, the second back surface region of the first lenticular element and the front surface of the second lenticular element being contiguous, a front surface of the spectacle lens being formed by the front surface of the first lenticular element and a back surface of the spectacle lens being formed in a base region by the first back surface region of the first lenticular element and in an achromatic region by the back surface of the at least one second lenticular element, characterized by the following steps: - first establishment of a first material of the first lenticular element and of a second material of the at least one second lenticular element, - ascertainment of at least one first transition point between the base region and the achromatic region on the back surface of the spectacle lens, a first cross-sectional plane of the spectacle lens extending through the at least one first transition point, - first determination of a wedge edge angle between the back surface of the at least one second lenticular element and the front surface of the at least one second lenticular element at the at least one first transition point in the first cross-sectional plane and determination of a kink angle between a tangent of the first back surface region in the first cross-sectional plane at the at least one first transition point and a tangent of the back surface of the at least one second lenticular element in the first cross-sectional plane at the at least one first transition point, in such a way that a prismatic effect of the spectacle lens in the base region at the at least one first transition point corresponds for the user to a prismatic effect of the spectacle lens in the achromatic region at the at least one first transition point, - second establishment of a fourth radius of curvature of the back surface of the at least one second lenticular element in the first cross-sectional plane at the transition point, - second determination of a third radius of curvature of the front surface of the at least one second lenticular element of the at least one second back surface region of the first lenticular element in the first cross-sectional plane at the transition point, in such a way that a spherical power and an astigmatic power of the spectacle lens in the base region at the transition point correspond for a user of the spectacle lens to a spherical power and an astigmatic power of the spectacle lens in the achromatic region at the transition point. - first establishment of a first material of the first lenticular element and of a second material of the at least one second lenticular element, - ascertainment of at least one first transition point between the base region and the achromatic region on the back surface of the spectacle lens, a first cross-sectional plane of the spectacle lens extending through the at least one first transition point, - first determination of a wedge edge angle between the back surface of the at least one second lenticular element and the front surface of the at least one second lenticular element at the at least one first transition point in the first cross-sectional plane and determination of a kink angle between a tangent of the first back surface region in the first cross-sectional plane at the at least one first transition point and a tangent of the back surface of the at least one second lenticular element in the first cross-sectional plane at the at least one first transition point, in such a way that a prismatic effect of the spectacle lens in the base region at the at least one first transition point corresponds for the user to a prismatic effect of the spectacle lens in the achromatic region at the at least one first transition point, - second establishment of a fourth radius of curvature of the back surface of the at least one second lenticular element in the first cross-sectional plane at the transition point, - second determination of a third radius of curvature of the front surface of the at least one second lenticular element of the at least one second back surface region of the first lenticular element in the first cross-sectional plane at the transition point, in such a way that a spherical power and an astigmatic power of the spectacle lens in the base region at the transition point correspond for a user of the spectacle lens to a spherical power and an astigmatic power of the spectacle lens in the achromatic region at the transition point.