A method of manufacturing an eyeglass lens consisting of a multilayer vapor deposition film provided indirectly on a lens substrate, at least one functional film being present between the lens substrate and the multilayer vapor deposition film and optionally a water-repelling layer being present on the surface of the multilayer vapor deposition film, which method comprises preparing the multilayer vapor deposition film by: forming a first layer by vapor deposition with a vapor deposition source comprising a main component in the form of SiO 2; forming a second layer by vapor deposition with a vapor deposition source comprising a main component in the form of Ta 2 O 5 or ZrO 2; forming a third layer by vapor deposition with a vapor deposition source comprising a main component in the form of SiO 2; forming a fourth layer by vapor deposition with a vapor deposition source comprising a main component in the form of Ta 2 O 5 or ZrO 2; forming a fifth layer by vapor deposition with a vapor deposition source comprising a main component in the form of SiO 2; forming a sixth layer by vapor deposition with a vapor deposition source comprising a main component in the form of Ta 2 O 5 or ZrO 2; and forming a seventh layer by vapor deposition with a vapor deposition source comprising a main component in the form of SiO 2; optionally forming an electrically conductive oxide layer using a vapor deposition source comprising an electrically conductive oxide as the main component thereof, and wherein the multilayer vapor deposition film sequentially consists of, from the lens substrate side, the first layer, the second layer, the third layer, the fourth layer, the fifth layer, the sixth layer, and the seventh layer, and optionally incorporates one or more electrically conductive oxide layer, the overall thickness of the layers formed by vapor deposition with a vapor deposition source comprising a main component in the form of SiO 2 is 300 nm to 600 nm and the overall thickness of the layers formed by vapor deposition with a vapor deposition source comprising a main component in the form of Ta 2 O 5 or ZrO 2 is 50 nm to 100 nm, the eyeglass lens comprises the multilayer vapor deposition film on both an object-side surface and an eyeball-side surface of the lens substrate, and the at least one functional film is a hardcoat layer and/or a primer layer, such that the reflectance relative to all light rays within 420 to 450 nm wavelength range on an object-side surface and on an eyeball-side surface of the eyeglass lens ranges from 3 to 8 percent and the blue light-reflecting property imparted to the object-side surface is stronger than that imparted to the eyeball-side surface. forming a first layer by vapor deposition with a vapor deposition source comprising a main component in the form of SiO 2; forming a second layer by vapor deposition with a vapor deposition source comprising a main component in the form of Ta 2 O 5 or ZrO 2; forming a third layer by vapor deposition with a vapor deposition source comprising a main component in the form of SiO 2; forming a fourth layer by vapor deposition with a vapor deposition source comprising a main component in the form of Ta 2 O 5 or ZrO 2; forming a fifth layer by vapor deposition with a vapor deposition source comprising a main component in the form of SiO 2; forming a sixth layer by vapor deposition with a vapor deposition source comprising a main component in the form of Ta 2 O 5 or ZrO 2; and forming a seventh layer by vapor deposition with a vapor deposition source comprising a main component in the form of SiO 2; optionally forming an electrically conductive oxide layer using a vapor deposition source comprising an electrically conductive oxide as the main component thereof, and wherein the multilayer vapor deposition film sequentially consists of, from the lens substrate side, the first layer, the second layer, the third layer, the fourth layer, the fifth layer, the sixth layer, and the seventh layer, and optionally incorporates one or more electrically conductive oxide layer, the overall thickness of the layers formed by vapor deposition with a vapor deposition source comprising a main component in the form of SiO 2 is 300 nm to 600 nm and the overall thickness of the layers formed by vapor deposition with a vapor deposition source comprising a main component in the form of Ta 2 O 5 or ZrO 2 is 50 nm to 100 nm, the eyeglass lens comprises the multilayer vapor deposition film on both an object-side surface and an eyeball-side surface of the lens substrate, and the at least one functional film is a hardcoat layer and/or a primer layer, such that the reflectance relative to all light rays within 420 to 450 nm wavelength range on an object-side surface and on an eyeball-side surface of the eyeglass lens ranges from 3 to 8 percent and the blue light-reflecting property imparted to the object-side surface is stronger than that imparted to the eyeball-side surface.