Provided are a non-transitory computer-readable medium, a print image control device, and a control method of the print image control device capable of reducing time required for an operation to adjust a position of a print image, and of improving productivity. A CPU performs part specification command input processing in which a command is input to specify a part of a photographic image captured by a camera, characteristic identification processing that identifies a characteristic of fabric on the basis of the command input by the part specification command input processing, generated graphic generation processing that generates a generated graphic relating to the characteristic identified by the characteristic identification processing, and display control processing that controls a display such that the generated graphic generated by the generated graphic generation processing is displayed along with the photographic image and a print image.

An image forming device that executes a preview display of an image to be printed, including: a projector; a panel display; a receiver that receives an instruction indicating whether or not to implement security in the preview display; and a controller that, when an instruction to implement security is not received, controls the projector to execute the preview display according to a first mode that represents the image to be printed at a display area equal to or larger than a defined size, and when an instruction to implement security is received, controls the projector and the panel display to execute the preview display according to a second mode that represents the image to be printed at a display area less than the defined size.

A projection system, including a projection target, a projection device, an image capturing device, and a processor circuit, is provided. The projection target includes a reflective surface and an anti-reflective film disposed on the reflective surface. The anti-reflective film defines a projection range. The image capturing device captures a first captured image containing the projection target. The first captured image includes an image of the anti-reflective film. The processor circuit determines a position and a shape of the anti-reflective film in the first captured image according to the first captured image. The projection device projects a projection image on the projection target. The projection device adjusts the projection image according to the position and the shape of the anti-reflective film, and correspondingly adjusts the projection image to the projection range. In addition, an image projection method is also provided.

A projection system, including a projection target, a projection device, an image capturing device, and a processor circuit, is provided. The projection target includes a reflective surface and an anti-reflective film disposed on the reflective surface. The anti-reflective film defines a projection range. The image capturing device captures a first captured image containing the projection target. The first captured image includes an image of the anti-reflective film. The processor circuit determines a position and a shape of the anti-reflective film in the first captured image according to the first captured image. The projection device projects a projection image on the projection target. The projection device adjusts the projection image according to the position and the shape of the anti-reflective film, and correspondingly adjusts the projection image to the projection range. In addition, an image projection method is also provided.

An information processing apparatus includes a processor. The processor changes darkness of an image presented in mid-air in response to a sensor detecting a user performing a mid-air gesture on the image.

Embodiments of the present disclosure are directed to a printing system comprising accepting a request to print based on a capture image of an image projected by the projection unit; determining whether or not printing based on the capture image of the image projected by the projection unit is possible; in a case where it is determined that the printing of the image projected by the projection unit is possible, permitting the printer to print based on the capture image of the image projected by the projection unit on the basis of the request accepted; and in a case where it is determined that the printing of the image projected by the projection unit is not possible, restricting the printer from printing based on the capture image of the image projected by the projection unit on the basis of the print request accepted.

An image forming device that executes a preview display of an image to be printed, including: a projector; a panel display; a receiver that receives an instruction indicating whether or not to implement security in the preview display; and a controller that, when an instruction to implement security is not received, controls the projector to execute the preview display according to a first mode that represents the image to be printed at a display area equal to or larger than a defined size, and when an instruction to implement security is received, controls the projector and the panel display to execute the preview display according to a second mode that represents the image to be printed at a display area less than the defined size.

A digital microform imaging apparatus includes a bracket movably coupled to a chassis. A microform media support is coupled to the bracket and includes a frame and a window supported by the frame. An illumination source is provided to direct light through the window of the microform media support along an optical axis. An optical sensor is positioned along the optical axis. A motor is operatively engaged with the microform media support to move the bracket and frame relative to the chassis along an axis perpendicular to the optical axis.

A CPU of a PC executes display control processing that displays, on a display, a print image superimposed on a photographic image of a fabric captured by a camera, specified area processing that specifies, as a specified area, a predetermined area of the photographic image, and overlap deleted print image formation processing that forms an overlap deleted print image obtained by deleting an overlapping section from the print image that overlaps the specified area. The CPU projects the overlap deleted print image onto an object to be printed.

Embodiments of the present disclosure are directed to a printing system comprising accepting a request to print based on a capture image of an image projected by the projection unit; determining whether or not printing based on the capture image of the image projected by the projection unit is possible; in a case where it is determined that the printing of the image projected by the projection unit is possible, permitting the printer to print based on the capture image of the image projected by the projection unit on the basis of the request accepted; and in a case where it is determined that the printing of the image projected by the projection unit is not possible, restricting the printer from printing based on the capture image of the image projected by the projection unit on the basis of the print request accepted.