Abstract:
The technique of the present invention ensures output of an image subjected to image processing, which does not depend upon the output environment but reflects the color reproduction characteristics of a shooting device and the intention of a photographer in shooting. The process generates an image file that includes picture data generated by a digital still camera, as well as control data and output specification information attached thereto. The control data controls the details of image processing according to the color reproduction characteristics of the camera and the intention of the photographer in shooting. The output specification information specifies, for example, the address of a printing device used as an output resource, the type of printing paper used for printing, and the number of copies. The image file is transmitted to an image processing system on a network. The image processing system carries out image processing of the picture data based on the control data, generates an output file, and transmits the output file to an specified output device via the network. Even in the environment that can not perform image processing based on the control data, the arrangement of the invention ensures output of the image that has been subjected to such image processing.
Abstract:
An information processing apparatus includes a storage device, a generating circuit, and an initialization circuit. The storage device stores control device configuration information in relation to resolution information of a control device. The control device configuration information is included in list information that is a list of information on the control device. The generating circuit generates dummy list information that is a dummy of the list information using the control device configuration information. The initialization circuit initializes the control device based on the dummy list information.
Abstract:
Video data with enhanced dynamic range (EDR) are color graded for a first and a second reference display with different dynamic range characteristics to generate a first color-graded output, a second color graded output, and associated first and second sets of metadata. The first color-graded output and the two sets of metadata are transmitted from an encoder to a decoder to be displayed on a target display which may be different than the second reference display. At the receiver, a decoder interpolates between the first and second set of metadata to generate a third set of metadata which drives the display management process for displaying the received video data onto the target display. The second set of metadata of metadata may be represented as delta metadata values from the first set of metadata values.
Abstract:
A terminal includes a connection unit, an acquisition unit, a memory, a detector, and a transmitting unit. The connection unit connects the terminal to a processing apparatus through a first communication channel for wireless communication using connection information. The acquisition unit acquires identification information of the processing apparatus. The memory stores the connection information for the first communication channel and the identification information such that the connection information is associated with the identification information. The detector detects that the connection to the processing apparatus through the first communication channel is cut off. The transmitting unit transmits, in a case where the detector detects that the connection to the processing apparatus is cut off, connection information used when the processing apparatus is connected to the terminal to the processing apparatus via a second communication channel using the connection information and the identification information stored in the memory.
Abstract:
A printer is provided comprising a storage section arranged to store medium profile information; and a communication section arranged to obtain the medium profile information via a network, wherein the communication section is further arranged to communicate the medium profile information to an image processing section.
Abstract:
An image forming apparatus including a receiving unit configured to receive an application information item that corresponds to an application or a job that is executed by the application, and to record the application information item in a storing unit, wherein the application information item includes a function identification item used for identifying a function for which an execution request is given to the image forming apparatus from the application included in an information processing apparatus connected to the image forming apparatus via a network; a display control unit configured to cause a display unit to display a list including the application information item that corresponds to the application or the job, based on the application information item recorded in the storing unit; and a function control unit configured to execute a process corresponding to the function identification item included the application information item that is selected from the list.
Abstract:
An automated method for proofing a page for color discriminability problems includes converting a first color of a first object appearing on the page and a second color of a second object appearing on the page to coordinates of a color naming system. The method includes identifying a first color name of the first color and a second color name of the second color based on the coordinates. The method includes identifying whether the first color and the second color are discriminable based on the first color name and the second color name.
Abstract:
A computer-based method and system for optimal print profile selection are provided. The method includes receiving a color document and print profiles into memory, identifying out-of-gamut regions within the color document, presenting the identified out-of-gamut regions to a user, receiving color accuracy requirements from the user for at least one out-of-gamut region, computing a color quality value for each of the at least one print profile based at least partially on the received color accuracy requirements, creating a ranked list comprising the at least one print profiles ranked at least partially according to the computed color quality value, and outputting the ranked list to a user terminal, a computer monitor, or computer memory.
Abstract:
An image forming apparatus including a receiving unit configured to receive an application information item that corresponds to an application or a job that is executed by the application, and to record the application information item in a storing unit, wherein the application information item includes a function identification item used for identifying a function for which an execution request is given to the image forming apparatus from the application included in an information processing apparatus connected to the image forming apparatus via a network; a display control unit configured to cause a display unit to display a list including the application information item that corresponds to the application or the job, based on the application information item recorded in the storing unit; and a function control unit configured to execute a process corresponding to the function identification item included the application information item that is selected from the list.
Abstract:
The camera creates an image file in which are stored parameters for image processing and image data in relation to each other, the image data recording device stores the image file, and the image processing device performs processing on RAW image data based on the parameters stored in the image file. A plurality of sets of profiles for use in creation of image data for display having different characteristics of colors from RAW image data (characteristic parameter sets) and a camera-specified profile/gain (characteristic specification information) to designate which profiles from among plurality of profiles in each of the plurality of characteristic parameter sets are to be used for creating image data for display are registered in a file header by an image file creation unit of the camera in relation to each other. The image file is stored in the image file recording device, for example, a memory card.