Imaging apparatus, imaging apparatus body, and method of controlling imaging apparatus

An imaging apparatus body in which a first lens barrel having an apodization filter and a second lens barrel having no apodization filter are mountable, the imaging apparatus body comprising:

• an imaging element that photoelectrically converts incident light so as to output an imaging signal;
• a stop that adjusts a light amount of the incident light;
• a photometric section that performs photometry on the basis of the imaging signal;
• a program diagram storage section that stores a first program diagram in which an aperture value is fixed at an open aperture value at a first amount of exposure or less and a second program diagram in which an aperture value is fixed at an open aperture value at a second amount of exposure, which is greater than the first amount of exposure, or less;
• a subject information acquisition section that acquires subject information on the basis of the imaging signal;
• and
• an imaging exposure determination section that selects the second program diagram in a case where the first lens barrel is mounted and the subject information satisfies a first condition, selects the first program diagram in a case where the second lens barrel is mounted and a case where the first lens barrel is mounted and the subject information does not satisfy the first condition, and determines one group of an imaging aperture value and an imaging shutter speed, on the basis of an amount of imaging exposure which is calculated from a photometric value obtained by the photometric section.

A method of controlling an imaging apparatus including an imaging element that photoelectrically converts incident light so as to output an imaging signal, a stop that adjusts a light amount of the incident light, a photometric section that performs photometry on the basis of the imaging signal, an apodization filter that is disposed on an optical path of the incident light, a program diagram storage section that stores a first program diagram in which an aperture value is fixed at an open aperture value at a first amount of exposure or less and a second program diagram in which an aperture value is fixed at an open aperture value at a second amount of exposure, which is greater than the first amount of exposure, or less, and a subject information acquisition section that acquires subject information on the basis of the imaging signal, the method comprising:

• selecting the second program diagram in a case where the apodization filter is disposed on the optical path and the subject information satisfies a first condition;
• selecting the first program diagram in a case where the apodization filter is not disposed on the optical path and a case where the apodization filter is disposed on the optical path and the subject information does not satisfy the first condition;
• and
• determining one group of an imaging aperture value and an imaging shutter speed, on the basis of an amount of imaging exposure which is calculated from a photometric value obtained by the photometric section.