An ophthalmic tinted glass comprising: - a substrate-forming base eyeglass, comprised of a self-supporting portion of a light-transmitting material intermediate between a convex face (Cx) and a concave face (Cc), and - a first layered structure covering the convex face (Cx) of the base eyeglass, and adapted for increasing a reflection effective for light impinging from outside of the tinted glass onto the convex face covered by the first layered structure, when compared to a reference reflection effective for light impinging also from outside onto the convex face but without the first layered structure, the reflection increase being effective for at least one light wavelength higher than 520 nm, the base eyeglass and the first layered structure being such that a difference equal to a mean transmittance value of the tinted glass over a wavelength range from 460 nm to 510 nm, defined as TmB = ∫ 460 nm 510 nm T λ · dλ / 50 where 50 is the length in nanometers of the wavelength range 460 nm - 510 nm, λ denotes the wavelength in nanometers and T(λ) denotes the spectral transmittance value at wavelength λ, or from 465 nm to 495 nm, defined as TmB = ∫ 465 nm 495 nm T λ · dλ / 30 where 30 is the length in nanometers of the wavelength range 465 nm - 495 nm, minus a visual transmission value of the tinted glass is higher than 14%, a spectral reflectance of said ophthalmic tinted glass for light impinging on the convex optical face (Cx) with incidence value of 15°, having a value of more than 30% for at least one first wavelength comprised between 520 nm and 660 nm, and another value of less than 20% for at least one second wavelength comprised between 460 nm and 510 nm; and wherein the first layered structure is a stack of eleven layers alternatively of zirconia and silica, starting and ending with two of said zirconia layers, with the zirconia layers (Z1-Z6) having respective thicknesses between 50 nm and 73 nm, and the silica layers (Q1-Q5) having respective thicknesses between 80 nm and 125 nm. - a substrate-forming base eyeglass, comprised of a self-supporting portion of a light-transmitting material intermediate between a convex face (Cx) and a concave face (Cc), and - a first layered structure covering the convex face (Cx) of the base eyeglass, and adapted for increasing a reflection effective for light impinging from outside of the tinted glass onto the convex face covered by the first layered structure, when compared to a reference reflection effective for light impinging also from outside onto the convex face but without the first layered structure, the reflection increase being effective for at least one light wavelength higher than 520 nm, the base eyeglass and the first layered structure being such that a difference equal to a mean transmittance value of the tinted glass over a wavelength range from 460 nm to 510 nm, defined as TmB = ∫ 460 nm 510 nm T λ · dλ / 50 where 50 is the length in nanometers of the wavelength range 460 nm - 510 nm, λ denotes the wavelength in nanometers and T(λ) denotes the spectral transmittance value at wavelength λ, or from 465 nm to 495 nm, defined as TmB = ∫ 465 nm 495 nm T λ · dλ / 30 where 30 is the length in nanometers of the wavelength range 465 nm - 495 nm, minus a visual transmission value of the tinted glass is higher than 14%, a spectral reflectance of said ophthalmic tinted glass for light impinging on the convex optical face (Cx) with incidence value of 15°, having a value of more than 30% for at least one first wavelength comprised between 520 nm and 660 nm, and another value of less than 20% for at least one second wavelength comprised between 460 nm and 510 nm; and wherein the first layered structure is a stack of eleven layers alternatively of zirconia and silica, starting and ending with two of said zirconia layers, with the zirconia layers (Z1-Z6) having respective thicknesses between 50 nm and 73 nm, and the silica layers (Q1-Q5) having respective thicknesses between 80 nm and 125 nm.