An ophthalmic lens, comprising: an optic having an anterior surface, a posterior surface, and an optical axis; a first region comprising a first base curvature having a finite first radius of curvature and a multifocal phase plate having a first diffraction order with a first diffractive optical power of +2 Diopters to +6 Diopters, the multifocal phase plate disposed on the first base curvature, the first region configured for forming a first focus and a second focus; and characterised by: a second region comprising a second base curvature having a finite second radius of curvature different from the first radius of curvature and a monofocal phase plate having a first diffraction order with a second diffractive optical power of +2 Diopters to +6 Diopters, the monofocal phase plate disposed on the second base curvature, the second region configured for forming a third focus, wherein the first region is disposed in the center of the optic and the second region has an annular shape and is disposed outside the first region, or wherein the second region is disposed in the center of the optic and the first region has an annular shape and is disposed outside the second region, wherein the first focus and the third focus are disposed at substantially the same location, wherein the first focus is for providing distant vision and the second focus is for providing near vision or intermediate vision, wherein the multifocal phase plate is configured to adjust chromatic aberrations in the second focus in that refractive and diffractive chromatic dispersion components approximately cancel one another out, and wherein the monofocal phase plate is configured to adjust chromatic aberrations in the third focus in that refractive and diffractive chromatic dispersion components approximately cancel one another out. an optic having an anterior surface, a posterior surface, and an optical axis; a first region comprising a first base curvature having a finite first radius of curvature and a multifocal phase plate having a first diffraction order with a first diffractive optical power of +2 Diopters to +6 Diopters, the multifocal phase plate disposed on the first base curvature, the first region configured for forming a first focus and a second focus; and characterised by: a second region comprising a second base curvature having a finite second radius of curvature different from the first radius of curvature and a monofocal phase plate having a first diffraction order with a second diffractive optical power of +2 Diopters to +6 Diopters, the monofocal phase plate disposed on the second base curvature, the second region configured for forming a third focus, wherein the first region is disposed in the center of the optic and the second region has an annular shape and is disposed outside the first region, or wherein the second region is disposed in the center of the optic and the first region has an annular shape and is disposed outside the second region, wherein the first focus and the third focus are disposed at substantially the same location, wherein the first focus is for providing distant vision and the second focus is for providing near vision or intermediate vision, wherein the multifocal phase plate is configured to adjust chromatic aberrations in the second focus in that refractive and diffractive chromatic dispersion components approximately cancel one another out, and wherein the monofocal phase plate is configured to adjust chromatic aberrations in the third focus in that refractive and diffractive chromatic dispersion components approximately cancel one another out. a second region comprising a second base curvature having a finite second radius of curvature different from the first radius of curvature and a monofocal phase plate having a first diffraction order with a second diffractive optical power of +2 Diopters to +6 Diopters, the monofocal phase plate disposed on the second base curvature, the second region configured for forming a third focus, wherein the first region is disposed in the center of the optic and the second region has an annular shape and is disposed outside the first region, or wherein the second region is disposed in the center of the optic and the first region has an annular shape and is disposed outside the second region, wherein the first focus and the third focus are disposed at substantially the same location, wherein the first focus is for providing distant vision and the second focus is for providing near vision or intermediate vision, wherein the multifocal phase plate is configured to adjust chromatic aberrations in the second focus in that refractive and diffractive chromatic dispersion components approximately cancel one another out, and wherein the monofocal phase plate is configured to adjust chromatic aberrations in the third focus in that refractive and diffractive chromatic dispersion components approximately cancel one another out.