Provided is an ophthalmologic apparatus that can realize alignment with high stability when performing continuous automatic alignment. The ophthalmologic apparatus includes: an acquiring portion which acquires specific information of an eye to be inspected a moving unit which moves the acquiring portion relatively to the eye to be inspected a first positioning unit which performs positioning between the acquiring portion and the eye to be inspected by controlling the moving unit to move the acquiring portion relatively to the eye to be inspected within a first moving area and a restriction unit which restricts a moving area of the acquiring portion by the moving unit to a second moving area smaller than the first moving area by controlling the moving unit, when a position relationship between the acquiring portion and the eye to be inspected satisfies a first condition by the first positioning unit.
