Ophthalmologic apparatus and control method of ophthalmologic apparatus

An ophthalmologic apparatus comprising:

• a scanning unit configured to scan measuring light on an eye to be inspected and executes measurement of the eye to be inspected;
• a fixation unit configured to fixate the eye to be inspected to a desired measurement position by fixation light;
• an inspection set unit configured to cause the scanning unit to execute the measurement based on measurement information representing an order of execution of a plurality of scanning conditions;
• a determination unit configured to determine, after an end of the measurement under a first scanning condition, whether to start the measurement by the scanning unit under a second scanning condition next to the first scanning condition;
• and
• a fixation target control unit configured to cause the fixation unit to fixate the eye to be inspected and execute first fixation line control, and when the determination unit has determined to start the measurement by the scanning unit under the second scanning condition next to the first scanning condition, cause the fixation unit to fixate the eye to be inspected and execute second fixation line control,
• wherein the fixation target control unit causes the fixation light not to turn off after a completion of the measurement of the eye to be inspected under the first scanning condition and until the second fixation line control is started.

A control method of an ophthalmologic apparatus comprising:

• scanning measuring light on an eye to be inspected based on a plurality of scanning conditions different from each other included within an inspection set, and executing measurement of the eye to be inspected;
• fixating the eye to be inspected by fixation light to a desired measurement position;
• determining whether to continue the measurement of the eye to be inspected, after a completion of the measurement of the eye to be inspected under a first scanning condition included in the inspection set, under a second scanning condition next to the first scanning condition;
• and
• changing the fixation light by a fixation target control unit to measure the eye to be inspected under the second scanning condition when it has been determined to continue the measurement of the eye to be inspected,
• wherein the fixation target control unit causes the eye to be inspected to be fixated after the completion of the measurement of the eye to be inspected under the first scanning condition and until the fixation light is changed by the fixation target control unit.

An ophthalmologic apparatus comprising:

• a scanning unit configured to scan measuring light on an eye to be inspected based on a plurality of scanning conditions different from each other included within an inspection set, and execute measurement of the eye to be inspected;
• a fixation unit configured to fixate the eye to be inspected by fixation light to a desired measurement position;
• a determination unit configured to determine whether to continue the measurement of the eye to be inspected, after a completion of the measurement of the eye to be inspected under a first scanning condition included in the inspection set, under a second scanning condition next to the first scanning condition;
• and
• a fixation target control unit configured to change the fixation light to measure the eye to be inspected under the second scanning condition when the determination unit has determined to continue the measurement of the eye to be inspected,
• wherein the fixation target control unit controls the fixation light so that the eye to be inspected is fixated after the completion of the measurement of the eye to be inspected under the first scanning condition and until the fixation light is changed by the fixation target control unit.

An ophthalmologic apparatus comprising:

• a scanning unit configured to scan measuring light on an eye to be inspected based on a plurality of scanning conditions different from each other included within an inspection set, and execute measurement of the eye to be inspected;
• a fixation unit configured to fixate the eye to be inspected by fixation light to a desired measurement position;
• and
• a fixation target control unit configured to change the fixation light to measure the eye to be inspected under a second scanning condition when the eye to be inspected is measured, after a completion of the measurement of the eye to be inspected under a first scanning condition included in the inspection set, under a second scanning condition next to the first scanning condition,
• wherein the fixation target control unit controls the fixation light so that the eye to be inspected is fixated after the completion of the measurement of the eye to be inspected under the first scanning condition and until the fixation light is changed by the fixation target control unit.