An image capturing apparatus comprising: a solid-state imaging device unit including a plurality of imaging regions for each of which exposure conditions are individually controllable; a calculation means configured to calculate, for a plurality of positions on the solid-state imaging device, a movement amount between a first position on the solid-state imaging device unit, corresponding to a portion in an image captured at a present imaging, and a second position on the solid-state imaging device unit, corresponding to the same portion in an image captured for a next imaging, and configured to calculate a direction in which the first and second positions move based on control information directed to the image capturing apparatus, wherein the control information includes zoom control information; a determination means configured to determine the exposure conditions for each of the plurality of imaging regions to be used for the next imaging based on luminance distribution information about a captured image at the present imaging, and the movement amount and the direction calculated by the calculation means; and a change means configured to change an angle of view by performing zoom-in control or zoom-out control between the present imaging and the next imaging, wherein the calculation means calculates the movement amount and the direction based on a change between an angle of view at the present imaging and an angle of view for the next imaging, and characterized in that, in a case where the change means performs zoom-in control between the present imaging and the next imaging, the determination means is configured to calculate a luminance of a region of interest for the next imaging by performing interpolation based on a luminance of the region of interest at the present imaging, luminances of a plurality of adj acent regions adjacent to the region of interest at the present imaging, a relative distance from a center of gravity of the region of interest for the next imaging to the adjacent region at the present imaging, and the movement amount and the direction calculated by the calculation means to determine the exposure conditions for the region of interest for the next imaging. a solid-state imaging device unit including a plurality of imaging regions for each of which exposure conditions are individually controllable; a calculation means configured to calculate, for a plurality of positions on the solid-state imaging device, a movement amount between a first position on the solid-state imaging device unit, corresponding to a portion in an image captured at a present imaging, and a second position on the solid-state imaging device unit, corresponding to the same portion in an image captured for a next imaging, and configured to calculate a direction in which the first and second positions move based on control information directed to the image capturing apparatus, wherein the control information includes zoom control information; a determination means configured to determine the exposure conditions for each of the plurality of imaging regions to be used for the next imaging based on luminance distribution information about a captured image at the present imaging, and the movement amount and the direction calculated by the calculation means; and a change means configured to change an angle of view by performing zoom-in control or zoom-out control between the present imaging and the next imaging, wherein the calculation means calculates the movement amount and the direction based on a change between an angle of view at the present imaging and an angle of view for the next imaging, and characterized in that, in a case where the change means performs zoom-in control between the present imaging and the next imaging, the determination means is configured to calculate a luminance of a region of interest for the next imaging by performing interpolation based on a luminance of the region of interest at the present imaging, luminances of a plurality of adj acent regions adjacent to the region of interest at the present imaging, a relative distance from a center of gravity of the region of interest for the next imaging to the adjacent region at the present imaging, and the movement amount and the direction calculated by the calculation means to determine the exposure conditions for the region of interest for the next imaging.