PROBLEM TO BE SOLVED: To provide an ophthalmologic apparatus capable of appropriately obtaining the accommodation power of an eye to be examined. SOLUTION: An eye information acquisition unit 21 which is provided in pairs corresponding to both eyes E of an examinee and acquires information of the eye E while presenting a fixation image Sf to the eye E. And a drive mechanism 15 that adjusts the positions of the two eye information acquisition units 21 and rotates about the corresponding eyeball rotation points of the eye E to be examined, and controls the eye information acquisition unit 21 and the drive mechanism 15 to control both. An ophthalmologic apparatus 10 including: a control unit 27 that performs an adjusting force measurement step of acquiring information of the eye E to be inspected while changing the presentation position Pp of the fixation image Sf between distant and near in the visual state. is there. In the accommodation force measurement step, the control unit 27 adjusts the focusing distance Df of the fixation image Sf in the eye information acquisition unit 21 and the fixation image Sf presented by the eye information acquisition unit 21 in accordance with the change in the presentation position Pp. The size and the rotation angle α of the eye information acquisition unit 21 are integrally changed. [Selection diagram] Fig. 6【課題】被検眼の調節力を適切に求めることのできる眼科装置を提供する。【解決手段】被検者の両方の被検眼Ｅに対応して対を為して設けられ、被検眼Ｅに固視画像Ｓｆを呈示しつつ被検眼Ｅの情報を取得する眼情報取得部２１と、２つの眼情報取得部２１の位置を調整しつつそれぞれが対応する被検眼Ｅの眼球回旋点を中心に回旋させる駆動機構１５と、眼情報取得部２１および駆動機構１５を制御して両眼視の状態で固視画像Ｓｆの呈示位置Ｐｐを遠方と近方との間で変化させつつ被検眼Ｅの情報を取得する調節力測定工程を行う制御部２７と、を備える眼科装置１０である。制御部２７は、調節力測定工程において、呈示位置Ｐｐの変化に合わせて、眼情報取得部２１における固視画像Ｓｆの合焦距離Ｄｆと、眼情報取得部２１が呈示する固視画像Ｓｆの大きさと、眼情報取得部２１の回旋角αと、を一体に変化させる。【選択図】 図６
