PROBLEM TO BE SOLVED: To provide an ophthalmologic apparatus which can perform preferably, inspection according to a state of an eye to be examined.SOLUTION: An ophthalmologic apparatus comprises: optical systems 2, 100 comprising an inspection optical system； a drive part 2A for moving the inspection optical system； an analysis part 231 for acquiring a three-dimensional position and pupil information of an eye to be examined； and a control part 210 for performing alignment processing for controlling the drive part and moving the inspection optical system based on the three-dimensional position, and optical system control processing for controlling the optical systems based on the pupil information. The optical systems comprise: a first illumination optical system which contains an observation light source for outputting a continuous light, which is arranged coaxially to the inspection optical system and which radiates the continuous light to the eye to be examined； and a first imaging optical system which is arranged coaxially to the inspection optical system and imaging the eye to be examined to which the continuous light is radiated, as a moving image. The analysis part acquires a pupil size as the pupil information. The control part controls light emission intensity of the observation light source based on the acquired pupil size for changing intensity of the continuous light, as the optical system control processing.SELECTED DRAWING: Figure 12COPYRIGHT: (C)2017,JPO&INPIT【課題】被検眼の状態に応じて検査を好適に行うことが可能な眼科装置を提供する。【解決手段】眼科装置は、検査用光学系を含む光学系２，１００と、検査用光学系を移動する駆動部２Ａと、被検眼の３次元位置および瞳孔情報とを取得する解析部２３１と、３次元位置に基づき駆動部を制御して検査用光学系を移動させる位置合わせ処理と、瞳孔情報に基づいて光学系を制御する光学系制御処理とを実行する制御部２１０とを有する。光学系は、連続光を出力する観察光源を含み、検査用光学系と同軸に配置され、連続光を被検眼に照射する第１照明光学系と、検査用光学系と同軸に配置され、連続光が照射されている被検眼を動画撮影する第１撮影光学系とを含む。解析部は、瞳孔情報として瞳孔サイズを取得する。制御部は、光学系制御処理として、取得された瞳孔サイズに基づき観察光源の発光強度を制御して連続光の強度を変更する。【選択図】図１２
