An information processing device includes an information acquisition unit that acquires at least one of attribute information of image data to be image processed and setting information related to the image process on the image data, and a prediction unit that predicts, based on a machine-learned model that accepts input of at least one of the attribute information and the setting information to output a period required for the image process, a period required for the image process on the image data from information acquired by the information acquisition unit.

A control apparatus includes a storing unit, a determining unit, a first notification unit, a selection unit, and a second notification unit. The storing unit stores attribute information of sheets to be stored in sheet holding units. The determining unit determines whether attribute information of sheets to be used by a job corresponds to the stored sheet attribute information. The first notification unit notifies, in a case where the determining unit determines that the attribute information does not correspond, a user that the attribute information does not correspond to the sheet attribute information. The selection unit selects the stored sheet attribute information to change the attribute information of sheets to be used by the job. The second notification unit notifies, in accordance with selection of the sheet attribute information, the user that the attribute information of sheets to be used by the job corresponds to the stored sheet attribute information.

In a case where the printing of a plurality of copies based on an original image is to be executed by causing a feeding stage which is set for each of the plurality of copies to perform feeding, a feed operation is controlled so as to stop feeding from a feeding stage which serves as a feed target when a sheet attribute designated in a job and a sheet attribute set in the feeding stage are different from each other.

A print control device includes a control unit configured to acquire print image data from a storage device according to a print request and to cause a printer 100 which is configured to execute printing based on the print image data to execute the printing, wherein the control unit acquires from the storage device, operation status information of the storage device storing the print image data and attribute information of the print image data stored in the storage device and enables the operation status information and the attribute information to be displayed on a display unit.

A printing apparatus includes a first interpretation unit configured to generate intermediate data of a page by interpreting print data, a second interpretation unit configured to generate intermediate data of another page by interpreting the print data, and a controller configured to perform, according to a specific print setting command indicating that a specific process is to be performed on all pages, control such that the specific process is performed on all the pages. The controller performs the control if the specific print setting command is included in a specific page.

A printing apparatus performs conversion processing that converts input data corresponding to a page into image data, executes a predetermined operation for transition of a printhead to a printing standby state, in a case where image data is delayed, performs holding processing that holds the image data in a data memory, and performs retaining processing until an amount of image data held in the data memory exceeds a predetermined amount. The printing apparatus also outputs the image data in the data memory in a case where the amount of image data held in the data memory exceeds the predetermined amount, and executes printhead printing based on the output image data. In a case where input data still remains, the conversion processing for the remaining input data is performed concurrently with the printing based on the output image data.

In some examples, classification based printing material set selection may include analyzing a preliminary rendering. Classification based printing material set selection may further include generating raster data based at least in part on a further rendering of the print data, and generating further print data including the raster data.

A media processing system is arranged to process image receiving media under predetermined physical conditions. The system includes a scheduler arranged to schedule jobs to be processed in the system and to calculate predicted timings (T0) at which media will have to be ready for processing and to indicate the predicted timings on a user interface. The system further includes a buffer in which a supply of media that has been received from a first environment is kept in a specified second environment before being processed. The scheduler is configured to calculate an acclimatization time required for the media to acquire the predetermined physical conditions by being kept in the second environment in the buffer, and to calculate and indicate a predicted timing (T1) at which the media should be present in the sheet buffer at the latest in view of the calculated acclimatization time.

A method, medium, and system including determining a material property value to assign to each of the plurality of 3D volume elements, wherein the material property values assigned to the plurality of 3D volume elements are classified into a predetermined number of bins that correspond to a plurality of different additive manufacturing (AM) print parameter sets, generating a plurality of transfer functions to determine relationships between the material property values assigned to the plurality of 3D volume elements and a plurality of desired AM print parameter sets, automatically determining, based on the plurality of transfer functions, an assignment of one of the plurality of different AM print parameter sets to each of the plurality of 3D volume elements, and validating the determined assignments of the plurality of different AM print parameter sets for the plurality of 3D volume elements based on the plurality of transfer functions.

An image forming method using plural types of developers includes: step for performing a designation relating to a change of a type of developer to be used; step for inputting first image data including a first image of a first color that is different from the type of developer designated by the change of the type; step for receiving second image data including a second image of the first color that is designated; step of changing at least the first color of the first image data to a developer designated by the change of the type; and step for printing the first image data of which the first color is changed and the second image data expressing the first color without changing the first color on a same medium.