Abstract: A film holder includes a holder main body, a cover, and a positioning part. The holder main body has a transmission part configured to allow light to transmit through. The cover has a window that is arranged on a side opposite to the transmission part relative to a film in a state where the film is nipped between the cover and the holder main body. The positioning part is configured to be positioned relative to a scanner such that, in the state where the film is nipped between the holder main body and the cover, the transmission part is located on a side of a light source of the scanner and the window is located on a side of an imaging unit of the scanner.

Abstract: A film holder includes a holder main body, a cover, and a positioning part. The holder main body has a transmission part configured to allow light to transmit through. The cover has a window that is arranged on a side opposite to the transmission part relative to a film in a state where the film is nipped between the cover and the holder main body. The positioning part is configured to be positioned relative to a scanner such that, in the state where the film is nipped between the holder main body and the cover, the transmission part is located on a side of a light source of the scanner and the window is located on a side of an imaging unit of the scanner.

Abstract: A hue bar, radio buttons, and slide bars are laid out on an adjustment field of a dropout color setting screen. Hue which is continuously changed is displayed on the hue bar in a band form. The radio buttons correspond to specified color numbers so as to switch specification of a plurality of target colors. Sensitivity and intensity are set on the slide bars. Further, when the radio buttons are switched, a slider corresponding to the switched radio button, that is, the specified color number is switched to be in an active display such that a hue range is capable of being set and sliders corresponding to other specified color numbers are switched to be in a non-active display so that setting of the hue range is accepted. Further, settings of the sensitivity and intensity are accepted so as to be subordinate to the accepted hue range.

Abstract: A hue bar, radio buttons, and slide bars are laid out on an adjustment field of a dropout color setting screen. Hue which is continuously changed is displayed on the hue bar in a band form. The radio buttons correspond to specified color numbers so as to switch specification of a plurality of target colors. Sensitivity and intensity are set on the slide bars. Further, when the radio buttons are switched, a slider corresponding to the switched radio button, that is, the specified color number is switched to be in an active display such that a hue range is capable of being set and sliders corresponding to other specified color numbers are switched to be in a non-active display so that setting of the hue range is accepted. Further, settings of the sensitivity and intensity are accepted so as to be subordinate to the accepted hue range.

Abstract: There is provided an image printing method including obtaining an image, reducing a color area of the obtained image and generating a color area reduced image, extracting a contour from the obtained image and generating an outline image, generating a first image by overlapping the outline image with the color area reduced image, printing the first image on a recording medium, scanning an image containing an object recorded by a user on the recording medium on which the first image is printed, generating a second image by extracting the object recorded by the user based on the scanned image, and printing the second image on a recording medium.