An ophthalmological image analyzer comprising: a designator configured to designate an area to be analyzed in a photographed image of an eyelid of an eye on the basis of pixel values of the photographed image or an area of the eyelid in the photographed image displayed on a display specified by an examiner; an extractor configured to extract Meibomian-gland subareas that represent Meibomian glands in the eyelid, on the basis of the luminance value of each pixel in the area being analyzed; and a calculator configured to acquire distribution information of Meibomian glands in the area being analyzed, on the basis of the Meibomian-gland subareas, wherein the calculator comprises: a boundary specifier configured to specify vertices for the Meibomian-gland subareas, and on the basis of the vertices, specify a boundary that divides the area being analyzed into the Meibomian-gland subareas with the inter-Meibomian gland subareas, which are subareas that exist between the Meibomian-gland subareas, and into the other remaining external subareas; and an occupancy calculator configured to divide the sum of the surface area of the Meibomian-gland subareas and the surface area of the inter-Meibomian gland subareas by the surface area of the area being analyzed, calculating the quotient, which represents occupancy ratio as the distribution information. a designator configured to designate an area to be analyzed in a photographed image of an eyelid of an eye on the basis of pixel values of the photographed image or an area of the eyelid in the photographed image displayed on a display specified by an examiner; an extractor configured to extract Meibomian-gland subareas that represent Meibomian glands in the eyelid, on the basis of the luminance value of each pixel in the area being analyzed; and a calculator configured to acquire distribution information of Meibomian glands in the area being analyzed, on the basis of the Meibomian-gland subareas, wherein the calculator comprises: a boundary specifier configured to specify vertices for the Meibomian-gland subareas, and on the basis of the vertices, specify a boundary that divides the area being analyzed into the Meibomian-gland subareas with the inter-Meibomian gland subareas, which are subareas that exist between the Meibomian-gland subareas, and into the other remaining external subareas; and an occupancy calculator configured to divide the sum of the surface area of the Meibomian-gland subareas and the surface area of the inter-Meibomian gland subareas by the surface area of the area being analyzed, calculating the quotient, which represents occupancy ratio as the distribution information. a boundary specifier configured to specify vertices for the Meibomian-gland subareas, and on the basis of the vertices, specify a boundary that divides the area being analyzed into the Meibomian-gland subareas with the inter-Meibomian gland subareas, which are subareas that exist between the Meibomian-gland subareas, and into the other remaining external subareas; and an occupancy calculator configured to divide the sum of the surface area of the Meibomian-gland subareas and the surface area of the inter-Meibomian gland subareas by the surface area of the area being analyzed, calculating the quotient, which represents occupancy ratio as the distribution information.