Abstract:
Images of a layout target for a template are acquired. The plurality of acquired images are edited using editing processing corresponding to a category corresponding to a layout. The edited images are arranged on the template corresponding to the category.
Abstract:
In a program including the first program layer with an instruction set to be interpreted and performed by a processor and the second program layer with an instruction set translated in advance by a unit other than the processor, image data to be processed, which is designated in the first program layer, is converted into image data in a format usable in the second program layer. Image processing including color conversion is performed for the converted image data.
Abstract:
An apparatus includes a memory to store a program and a processor to execute the program stored in the memory. The processor selects randomly output target images from output target candidate images and generates a plurality of layout images, each of which is generated by laying out the selected output target image. A template includes at least one image layout area. The processor determines a layout image from the generated plurality of layout images, by evaluating the selected target images included in each of the generated plurality of layout images according to both of first information corresponding to a user's evaluations for each of the selected output target images and second information based on an output history of each of the selected output target images in accordance with user designations. The processor outputs the determined layout image.
Abstract:
According to an embodiment of this invention, an information processing apparatus that executes, by a processor, a program including a first program layer with an instruction set to be interpreted and executed by the processor and a second program layer with an instruction set interpreted in advance by a unit other than the processor has the following arrangement. That is, the first program layer holds image data to be processed in a first format. On the other hand, the second program layer holds it in a second format. When transferring image data between the first program layer and the second program layer, the format of the image data is converted between the first format and the second format.
Abstract:
An embodiment of this invention solves memory shortage that occurs in enlargement processing of an image because a web application holds data of an image or the like not as binary data but as character string data. In the embodiment, a processor in an information processing apparatus executes a program including a first program layer with an instruction set to be interpreted and executed by the processor and a second program layer with an instruction set interpreted in advance by a unit other than the processor in the following way. That is, the first program layer draws an image, and divides and enlarges the drawn image using a memory. Image data of each of a plurality of images obtained by the division and enlargement is output from the second program layer to an external device.
Abstract:
An apparatus includes a first management unit configured to classify and manage feature information of a plurality of objects extracted from image data in units of similar feature information, a second management unit configured to classify and manage the plurality of objects extracted from the image data object by object, an association unit configured to associate the objects in the first management unit with feature information in the second management unit, and an input unit configured to input a correction instruction about classifications of the objects by the second management unit. The second management unit is configured to, if the correction instruction is input, correct and manage a classification to which a target object of the correction instruction belongs and the first management unit is configured to change and manage a classification to which feature information associated with the target object of the correction instruction belongs.
Abstract:
Positional information regarding a target region in an image obtained by a first detection unit is obtained from a holding unit, and positional information regarding a target region in the image is obtained by a second detection unit whose detection characteristics are different from those of the first detection unit. Positional information regarding a target region in the image is determined based on the obtained positional information and the positional information detected by the second detection unit.
Abstract:
An image processing apparatus for applying a color balance correction to input image data, comprises a first highlight color calculation unit which estimates a light source at the time of shooting from pixel values of the image data, converts color values of the image data based on a condition of the estimated light source at the time of shooting, and calculates a first highlight color; a second highlight color calculation unit which calculates a second highlight color from the image data; a third highlight color calculation unit which calculates a third highlight color based on a positional relationship between the first highlight color and the second highlight color on a color space; and a correction unit which attains the color balance correction by converting the pixel values of the image data using the third highlight color.
Abstract:
When performing image processing on a designated image by the function of the application, image data of the designated image is obtained in a second layer constituted by an instruction set executable by a processor. In a first layer constituted by a script instruction set, the print script of print content including the image data which has been obtained and converted into a data format interpretable by the first layer in the second layer is generated. The print script is rendered into print image data corresponding to a print resolution by interpreting the generated print script.
Abstract:
An apparatus includes a specifying unit configured to specify, based on an image as a candidate of an output target, at least one object region satisfying a predetermined condition from the image, a determination unit configured to determine whether the object region specified in the image by the specifying unit is divided in the image, and a decision unit configured to decide the output target region in the image based on a determination result by the determination unit.