A lighting fixture comprising: a light source that emits a light beam; an electrodeposition device that includes multiple pixels of which a transparent state and a mirror state are switchable, independently, and that is disposed such that a normal direction of a pixel surface is not parallel to an optical axis direction of an incident light beam on an optical path of a light beam emitted from the light source; and an optical system that emits, as an illumination beam, both a light beam transmitted through the electrodeposition device and a light beam reflected from the pixel in the mirror state in the electrodeposition device, wherein the optical system includes a lens to which the light beam transmitted through the electrodeposition device is incident and which emits an illumination beam, and a reflective member (3, 5) to which a light beam reflected from the pixel in the mirror state in the electrodeposition device is incident, and wherein the light beam reflected from the reflective member (3, 5) is incident to a region of the electrodeposition device other than the pixel in the mirror state in the electrodeposition device and is transmitted through the region; and wherein the light beam reflected from the pixel in the mirror state in the electrodeposition device is reflected from the reflective member (3, 5) multiple times and is incident to the region of the electrodeposition device other than the pixel in the mirror state in the electrodeposition device. a light source that emits a light beam; an electrodeposition device that includes multiple pixels of which a transparent state and a mirror state are switchable, independently, and that is disposed such that a normal direction of a pixel surface is not parallel to an optical axis direction of an incident light beam on an optical path of a light beam emitted from the light source; and an optical system that emits, as an illumination beam, both a light beam transmitted through the electrodeposition device and a light beam reflected from the pixel in the mirror state in the electrodeposition device, wherein the optical system includes a lens to which the light beam transmitted through the electrodeposition device is incident and which emits an illumination beam, and a reflective member (3, 5) to which a light beam reflected from the pixel in the mirror state in the electrodeposition device is incident, and a lens to which the light beam transmitted through the electrodeposition device is incident and which emits an illumination beam, and a reflective member (3, 5) to which a light beam reflected from the pixel in the mirror state in the electrodeposition device is incident, and wherein the light beam reflected from the reflective member (3, 5) is incident to a region of the electrodeposition device other than the pixel in the mirror state in the electrodeposition device and is transmitted through the region; and wherein the light beam reflected from the pixel in the mirror state in the electrodeposition device is reflected from the reflective member (3, 5) multiple times and is incident to the region of the electrodeposition device other than the pixel in the mirror state in the electrodeposition device.