Problem to be solved: to provide an ophthalmological apparatus and an ophthalmological measuring method capable of extending the situation in which the eye measurement of the eye to be examined can be automatically measured and improving the measurement performance.The ophthalmologic apparatus 100 controls an eye characteristic measuring part 16 for measuring an eye characteristic of an eye to be examined, a measurement condition obtaining part 17 for obtaining a measurement condition when the measurement is performed by an eye characteristic measuring part 16, and an eye characteristic measuring part 16 along a predetermined measurement sequence The control section 40 is provided with a learning section 6 for generating error avoidance information which avoids the situation in which the measurement cannot be performed based on the measurement condition data in the state in which the eye characteristic cannot be measured in a predetermined measurement procedure.The control unit 40 measures the eye characteristic of the eye to be examined in a predetermined measurement sequence, and when the measurement is impossible in a predetermined measurement sequence, the eye characteristic measuring part 16 is controlled based on the error avoidance information prepared by the learning part 6, and the eye of the eye to be examined Measure sex.Diagram【課題】被検眼の眼特定を自動で測定できる状況を拡げ、測定性能を向上させることができる眼科装置及び眼科測定方法を提供する。【解決手段】眼科装置100は、被検眼の眼特性を測定する眼特性測定部16、眼特性測定部16で測定を行ったときの測定条件を取得する測定条件取得部17、所定の測定シーケンスに沿って眼特性測定部16を制御する制御部40、所定の測定手順では眼特性の測定が行えない状況での測定条件データに基づいて、測定が行えない状況を回避するエラー回避情報を生成する学習部6を備える。制御部40は、所定の測定シーケンスで被検眼の眼特性を測定し、所定の測定シーケンスでは測定が行えない状況となったとき、学習部6で作成したエラー回避情報に基づいて眼特性測定部16を制御して、被検眼の眼特性の測定を行う。【選択図】図2
