Abstract: An image processing device includes a first generation unit, a second generation unit, and a control unit. The first generation unit controls a direction of a first image according to a first setting that is a setting for processing of rotation or inversion to generate a second image. The second generation unit controls a direction of the second image according to a second setting that is a setting for processing of rotation or inversion to generate a third image. The control unit 1) controls a display unit to display the third image, and 2) controls the direction of the second image so as to cancel control by the first generation unit to control the second generation unit so that a fourth image is generated and controls the display unit so that the fourth image is displayed regardless of the second setting in response to a first trigger.

Abstract: An image processing device includes a first generation unit, a second generation unit, and a control unit. The first generation unit controls a direction of a first image according to a first setting that is a setting for processing of rotation or inversion to generate a second image. The second generation unit controls a direction of the second image according to a second setting that is a setting for processing of rotation or inversion to generate a third image. The control unit 1) controls a display unit to display the third image, and 2) controls the direction of the second image so as to cancel control by the first generation unit to control the second generation unit so that a fourth image is generated and controls the display unit so that the fourth image is displayed regardless of the second setting in response to a first trigger.

Abstract: A storage unit stores first adjustment information which characterizes the correspondence between adjustment parameters which are capable of being set and adjustment amounts of the emission brightness of each of two light emitting elements of the three light emitting elements. A setting unit sets the adjustment parameter. An adjustment unit adjusts the emission brightness of the two light emitting elements based on the adjustment parameter set via the setting unit and the first adjustment information stored by the storage unit.

Abstract: A storage unit stores first adjustment information which characterizes the correspondence between adjustment parameters which are capable of being set and adjustment amounts of the emission brightness of each of two light emitting elements of the three light emitting elements. A setting unit sets the adjustment parameter. An adjustment unit adjusts the emission brightness of the two light emitting elements based on the adjustment parameter set via the setting unit and the first adjustment information stored by the storage unit.