Imaging apparatus

An imaging apparatus comprising:

• an imaging element;
• an observation unit that includes a correction lens for correcting a ray angle incident on an eye of a user, and with which a target to be imaged of the imaging element is observable;
• a storage unit that stores data corresponding to an optical characteristic of each region of a lens of glasses used by the user;
• and
• a processor that controls the correction lens,
• wherein in the correction lens, a correction amount of the ray angle by the correction lens is adjustable for each region of the correction lens, and
• the processor is configured to execute:
• readout processing of reading out the data from the storage unit;
• and
• adjustment processing of adjusting the correction amount of the ray angle by the correction lens for each region of the correction lens based on the data read out by the readout processing.

An imaging apparatus comprising:

• an imaging element;
• a first observation unit that includes a first correction lens for correcting a ray angle incident on an eye of a user, and with which a target to be imaged of the imaging element is observable;
• a connecting unit to which a second observation unit that includes a second correction lens for correcting the ray angle incident on the eye of the user, and with which the target to be imaged of the imaging element is observable is connectable;
• a storage unit that stores data based on the eye of the user with respect to correction of at least one correction lens out of the first correction lens or the second correction lens;
• and
• a processor that controls the at least one correction lens,
• wherein the processor is configured to execute:
• judgment processing of judging whether or not the second observation unit is connected to the connecting unit;
• and
• decision processing of deciding whether or not to adjust a correction amount of the ray angle by the at least one correction lens based on a result of the judgment processing.

An imaging apparatus comprising:

• an imaging element;
• an observation unit that includes a correction lens for correcting a ray angle incident on an eye of a user, and with which a target to be imaged of the imaging element is observable;
• a storage unit that stores data related to astigmatism of the user;
• and
• a processor that controls the correction lens,
• wherein in the correction lens, a correction amount of the ray angle by the correction lens is adjustable for each region of the correction lens, and
• the processor is configured to execute:
• readout processing of reading out the data from the storage unit;
• and
• adjustment processing of adjusting the correction amount of the ray angle by the correction lens for each region of the correction lens based on the data read out by the readout processing.