An ophthalmic apparatus comprising: an infrared light source for irradiating an examinee's eye with infrared light; an imaging optical system for imaging an anterior segment image including a pupil of the examinee's eye; a computing part configured to detect an edge of the pupil by image processing from the anterior segment image irradiated with the infrared light obtained by the imaging optical system, and derive pupil information including a pupil diameter of the examinee's eye based on the detected result; a memory part configured to store per multifocal intraocular lens size information of zones in a plurality of different multifocal intraocular lenses that have a far vision zone and a near vision zone; and an output part for outputting the pupil information derived by the computing part and the size information for an intraocular lens selected by an examiner, which are stored in the memory part, to be comparable by the examiner, a monitor for displaying the anterior segment image obtained by the imaging optical system; characterized in that the output part is configured to form a graphic that represents the far vision zone and the near vision zone based on the size information of the zones stored in the memory part, and display the graphic together with the pupil information of the examinee's eye on the monitor, and the output part is configured to form a first graphic corresponding to the pupil diameter derived by the computing part as the pupil information, form the graphic representing the far vision zone and the near vision zone as a second graphic, and display the first graphic and the second graphic on the monitor in a state where a center of the first graphic and a center of the second graphic correspond. an infrared light source for irradiating an examinee's eye with infrared light; an imaging optical system for imaging an anterior segment image including a pupil of the examinee's eye; a computing part configured to detect an edge of the pupil by image processing from the anterior segment image irradiated with the infrared light obtained by the imaging optical system, and derive pupil information including a pupil diameter of the examinee's eye based on the detected result; a memory part configured to store per multifocal intraocular lens size information of zones in a plurality of different multifocal intraocular lenses that have a far vision zone and a near vision zone; and an output part for outputting the pupil information derived by the computing part and the size information for an intraocular lens selected by an examiner, which are stored in the memory part, to be comparable by the examiner, a monitor for displaying the anterior segment image obtained by the imaging optical system; characterized in that the output part is configured to form a graphic that represents the far vision zone and the near vision zone based on the size information of the zones stored in the memory part, and display the graphic together with the pupil information of the examinee's eye on the monitor, and the output part is configured to form a first graphic corresponding to the pupil diameter derived by the computing part as the pupil information, form the graphic representing the far vision zone and the near vision zone as a second graphic, and display the first graphic and the second graphic on the monitor in a state where a center of the first graphic and a center of the second graphic correspond.