To appropriately acquire near vision subjective eye refractivity.SOLUTION: A subjective optometric device includes a projection optical system having a target presenting part for emitting a target luminous flux for projecting the target luminous flux emitted from the target presenting part to an eye to be examined, and correction means arranged in an optical path of the projection optical system for changing optical characteristics of the target luminous flux, and acquires subjective eye refractivity by subjectively measuring eye refractivity of the eye to be examined. The subjective optometric device includes acquisition means for acquiring near vision objective eye refractivity in which eye refractivity of the eye to be examined in a near vision state is objectively measured, and control means for controlling an operation in acquiring near vision subjective eye refractivity, which is the subjective eye refractivity of the eye to be examined in a near vision state on the basis of the near vision objective eye refractivity.SELECTED DRAWING: Figure 1【課題】 近方自覚眼屈折力を良好に取得する。【解決手段】 視標光束を出射する視標呈示部を有し、視標呈示部から出射された視標光束を被検眼に向けて投影する投光光学系と、投光光学系の光路中に配置され、視標光束の光学特性を変化する矯正手段と、を備え、被検眼の眼屈折力を自覚的に測定することで自覚眼屈折力を取得するための自覚式検眼装置であって、近方視状態における被検眼の眼屈折力が他覚的に測定された近方他覚眼屈折力を取得する取得手段と、近方他覚眼屈折力に基づいて、近方視状態における被検眼の自覚眼屈折力である近方自覚眼屈折力を取得する際の動作を制御する制御手段と、を備える。【選択図】 図１
