PROBLEM TO BE SOLVED: To reduce the size and simplification of an ophthalmologic imaging apparatus capable of performing a visual field test. A scanning optical system of an ophthalmologic imaging apparatus according to an embodiment scans the fundus with light from a light source unit including a visible light source and infrared light, and receives return light at the light receiving unit. The image forming unit forms an image based on the signal from the light receiving unit. The control unit executes the first control of the scanning optical system that projects the fixation light from the visible light source onto the fundus, and the second control of the scanning optical system that projects the stimulation light from the visible light source onto the fundus. The scanning optical system repeatedly scans with infrared light from an infrared light source, and repeatedly receives the return light at the light receiving unit, and the image forming unit repeatedly receives an image based on the signals sequentially output from the light receiving unit. It is repeatedly formed, and the analysis unit analyzes the repeatedly formed image to obtain the displacement of the fundus of the eye, and the control unit controls the lighting timing of the visible light source in the first control and / or the second control based on this displacement. Do. [Selection diagram] Fig. 4【課題】視野検査を実施可能な眼科撮影装置の小型化や単純化を図る。【解決手段】実施形態に係る眼科撮影装置の走査光学系は、可視光源及び赤外光を含む光源部からの光で眼底を走査し、戻り光を受光部で受光する。画像形成部は、受光部からの信号に基づき画像を形成する。制御部は、可視光源からの固視光を眼底に投射する走査光学系の第１制御と、可視光源からの刺激光を眼底に投射する走査光学系の第２制御とを実行する。走査光学系は、赤外光源からの赤外光での走査を繰り返し行いつつ、その戻り光を受光部で繰り返し受光し、画像形成部は、受光部から逐次に出力される信号に基づき画像を繰り返し形成し、解析部は、繰り返し形成される画像を解析して眼底の変位を求め、制御部は、この変位に基づき、第１制御及び／又は第２制御における可視光源の点灯タイミングの制御を行う。【選択図】図４
