An ophthalmic image processing method includes: acquiring information about characteristics of an examinees eye including corneal information about the corneal anterior surface shape of the examinees eye, and refractivity information about refraction of the examinees eye as a whole generating a simulation image of a target image formed at fundus of the examinees eye using the refractivity information and simultaneously displaying an eyeball model image showing an eyeball structure, the simulation image, and a corneal information image associated with the cornea on the eyeball model image and corresponding to the corneal information.
