Abstract: The present specification describes examples of a computing device for generating an extended reality environment. The example computing device includes a processor to receive placement data for a virtual sound source within the extended reality environment based on a user action within the extended reality environment. The processor is also to simulate sound generated by the virtual sound source within the extended reality environment based on a user location within the extended reality environment. Sound may be simulated by the processor according to virtual sound source characteristics and interaction with virtual objects. The computing device also includes an extended reality data capture module to capture the placement data and modifications to the virtual sound source within the extended reality environment; and capture the user location within the extended reality environment. The computing device further includes a sound generation device to generate an audible sound of the simulated sound.

Abstract: In some examples, a method of controlling printing to a print medium includes, while printing an image to a print surface of the print medium, determining deformations of slices of the image caused by deformation of the print medium. The determining includes reading first fiducial marks printed on the print medium, determining a first deformation of a first slice of the slices based on the first fiducial marks, reading second fiducial marks printed on the print medium, and determining a second deformation of a second slice of the slices based on the second fiducial marks.

Abstract: In some examples, a method of controlling printing to a print medium includes, while printing an image to a print surface of the print medium, determining deformations of slices of the image caused by deformation of the print medium. The determining includes reading first fiducial marks printed on the print medium, determining a first deformation of a first slice of the slices based on the first fiducial marks, reading second fiducial marks printed on the print medium, and determining a second deformation of a second slice of the slices based on the second fiducial marks.

Abstract: An inter-device media handler is configured to handle a print job in a print system having two or more media processing devices, such as a printer and a laminator. A sensor is configured to sense orientation of media buffered between the first media processing device and the second media processing device. A calculator module is configured to receive input from the sensor and to use the input to determine whether the media will stay within a working range of the second media processing device while the job is processed by the second media processing device.

Abstract: An inter-device media handler is configured to handle a print job in a print system having two or more media processing devices, such as a printer and a laminator. A sensor is configured to sense orientation of media buffered between the first media processing device and the second media processing device. A calculator module is configured to receive input from the sensor and to use the input to determine whether the media will stay within a working range of the second media processing device while the job is processed by the second media processing device.