Abstract:
Systems and methods (150) are provided for budding and publishing a complex document. An example method (150) can include providing, to a user device, a graphical user interface (GUI) to a document builder and publisher to display a target complex document and a source complex document (152) and copying components from the source complex document to the target complex document in response to user input to build a new complex document (154). The method (150) can further include receiving a document order for the new complex document (156) and analyzing the document order to generate a list of components revenues and associated authors assigned to respective component revenues (158).
Abstract:
A system (2, 200) can include memory (4, 208) to stare computer executable instructions and a processing unit (6, 210) to access the memory and execute the computer executable instructions. The computer executable instructions can include a capture tool (14, 206) to import content (24, 222) into a design document (26, 212) and to logically group the content into a logical group, corresponding to a container. Dynamic behavior can be assigned to the container, in response to a user input, to control a layout of content within the container and to provide a source complex document (12, 202) stored in the memory to retain the dynamic behavior for editable content in the container.
Abstract:
Systems and methods are provided for building a complex document. A system can include a memory for storing computer executable instructions and a processing unit for accessing the memory and executing the computer executable instructions. The computer executable instructions can include a graphical user interface engine to display a complex document and to display a feedforward indicator associated with an element in the complex document in response to a first user operation. The feedforward indicator provides a user with an indication of affects to the complex document associated with a second user operation.
Abstract:
A method of processing image data representing a plurality of images, the method includes processing the image data for respective ones of the images in order to generate allocation data for each image, and on the basis of the allocation data, allocating an image a position in a template, the template includes a plurality of image windows, each window representing a template position; and on the basis of user input, generating selection data representing a user selected allocated image, and for an unselected allocated image, replacing that image with another image from the plurality of images.
Abstract:
A print has a substrate and a plurality of memory tags coupled to the substrate. The print is an index print including a plurality of images and a memory tag is associated with each image for storage of data relating to that image. A print medium suitable for forming such a print has a substrate with a printable surface and a plurality of memory tags coupled thereto at locations spaced apart over the area of the substrate. Alternatively, memory tags may be applied to a printed print medium. Methods of providing printed images with associated stored data are described.
Abstract:
A system for arranging a number of images into a compilation of images a metadata derivation unit (230) configured to derive metadata from the images based on the content of the images, and an image arranging unit (240) configured to arrange the images into a compilation of images based on the metadata derived from the images. A method for arranging a number of images into a compilation of images is also provided.
Abstract:
A sequence of templates (22) is determined. Each of the templates (22) defines a spatiotemporal layout of regions in a display area (38). Each of the regions is associated with a set of one or more image selection criteria and a set of one or more temporal behavior attribute values. For each of the templates (22), an image layer for each of the regions of the template is ascertained. For each of the layers (18), an image element (30) is assigned to the region in accordance with the respective set of image selection criteria. For each frame (20) in a frame sequence, a set of rendering parameter values is produced, where each set specifies a composition of the respective frame in the display area (38) based on a respective set of the image layers (18) determined for the templates (22) and the respective sets of temporal behavior attribute values.
Abstract:
Inductive Coupling in Document 5 A document comprises a substrate. The substrate comprises a coupling circuit having conductive tracks printed on the substrate. The coupling circuit comprises a first coupling part (40) for coupling to a memory tag (14) and of a size to receive a memory tag within the first coupling part, a second coupling (41) part for coupling to a reader, the first coupling part being smaller than the second coupling part, and a connecting part (42) to connect the first coupling part and the second coupling part.
Abstract:
A wearable computing apparatus includes a processor; a device for presenting information from the processor to a user, and a device for providing user input to the processor in response to the information presented to the user. The device is adapted to be activated wholly or partly by a foot of the user.
Abstract:
A memory tag is powered by and addressable via a radio frequency wireless link to read data from a memory. The memory tag is addressable by a reader. The memory holds data and interface configuration information relating to the operation of an interface device. This interface configuration information including at least one status item and an item type associated with the, or each, status item.