Adobe, Inc.

Gaurav Bhargava

Sanyam Jain

Abhinav Kumar Agarwal

Pragya Kandari

Anshul Jain

Ramnik Singh

Mainak Biswas

Abhishek Raj

Nitin Kumar

Manohar Singh Gour

Ashish Duggal

Monica Singh

Amish Kumar Bedi

Ankur Gupta

Pushp Parag Agarwal

Sagar Khanna

Anurag Wahi

Sanjay Kumar

Udit Gupta

Sachin Singhal

Ayushi Swaroop

Anil Chopra

Anasuiya Gupta

A technique for automatically determining new font sizes includes receiving information indicating a layout change for a document. The document includes a text frame that includes text content in a first font size. The text content covers a particular percentage of the text frame, and the layout change causes a change in the size of the text frame to a resized text frame. The technique includes determining a second font size for the text content in the resized text frame. A percentage of the resized text frame covered by the text content in the second font size is substantially similar to the particular percentage of the document. The method includes resizing the size of the text content from the first font size to the second font size and outputting a document with the resized text frame with the text content in the second font size.

Techniques for automated resizing of text content responsive to layout changes

As part of generating a digital catalog, a creative professional interacts with digital content via a user interface to specify an arrangement of the digital content in relation to each other. This is used by a digital layout creation system to generate a layout block that is to serve as a basis for digital catalog entries in the digital catalog. As part of arranging the digital content, the digital layout creation system generates metadata automatically and without user intervention in real time that specifies the arrangement of the digital content and what digital content is associated as part of that arrangement. Once a desired arrangement is achieved by the creative professional, an input is received by the digital layout creation system to create a layout block that is used as a basis to generate digital catalog entries of a digital catalog.

Automated digital catalog generation

Disclosed systems and methods for the automatic creation of multiple layouts that maintain a design aesthetic of an input design document. In an example, a document processing application determines a set of document layout parameters such as balance or equilibrium from an input document. The application calculates, for each document layout parameter of the input document, a weight representing a prominence of the respective layout parameter. The application selects templates having an output size and a number of object containers equal to the number of objects of the document. The application further calculates a score for each template by applying the weights of the document layout parameters to the template layout parameters. The application further selects a template with a highest score and places the object on the template, thereby creating the new design document that maintains the design aesthetic.

Automatic generation of document layouts

Automated digital content layout systems and techniques are described. Interaction of a creative professional with a digital content design system to create a digital content design is monitored. The digital content design is created by the creative professional in accordance with a maximum amount of display area along a primary axis to be used to display the digital content design. The digital content design system then employs a layout system to generate a layout definition for inclusion as part of the digital content design that includes a set of rules to control how the items of digital content are arranged in a user interface in amounts of the display area along the primary axis that are less than this maximum amount.

Digital content automated layout system

Systems and methods for the automatic creation of multiple image layouts. In an example, an image processing application creates an output layered image from an input layered image that includes a background object, a foreground object, and a focus area that at least partially overlaps with the foreground object. The image processing application applies a scaling factor to the foreground object such that the foreground object either is entirely contained within the output foreground object or one dimension of the foreground object is contained within the output foreground object. The image processing application further determines an output focus area in the output foreground object by applying the scaling factor to the focus area. The image processing application crops the foreground object such that the focus area is contained within the output foreground object, thereby creating the output layered image.

Automatic generation of multiple document layouts while maintaining image focus

Object interaction preservation from design to digital publication is described. In example embodiments, a design includes overlapping objects with object interaction effects. The design has a document object model (DOM). A digital publishing module constructs a DOM tree with each node having an object of the design. The DOM tree is analyzed to identify objects that interact with an overlapped object. Objects with dynamic content and those with no overlapped object can be excluded. A bounding region of each identified object is investigated with regard to object layering data and object interaction attributes. Based on these design aspects, the digital publishing module prepares an object snapshot of the bounding region to reflect an appearance resulting from the interactive objects within the bounding region. The object snapshot is incorporated into a digital publication DOM tree while maintaining the object layering data. Using this DOM tree, the module produces a digital publication.

Object interaction preservation from design to digital publication

In some embodiments, an asset integration service establishes a communication session between a design application and a client device for accessing source graphical assets from a web server executing a content management service. The integration service receives, during the communication session and via a design interface from the design application, a request to add a source graphical asset to a document displayed on the client device. The integration service retrieves, responsive to the request, a placement graphical asset that is a lower-resolution copy of the source graphical asset and updates the design interface to include the placement graphical asset. The integration service associates the placement graphical asset with a network link for accessing the source graphical asset via the content management service. The integration service subsequently detects that the source graphical asset has been changed and displays, via the design interface, a notification that the placement graphical asset is outdated.

Integrating remote assets from content management service with content developed by content creation applications

In one or more implementations, a digital medium environment includes at least one computing device. Systems and techniques are described herein for inserting linked text fragments in a document layout of a document. By supporting multiple linked text fragments within a text frame, of both constant content and variable content, content of an asset is inserted into a text fragment while preserving the styling attributes of the text frame. Thus, manual efforts associated with reapplying styling attributes are avoided, unlike systems that do not distinguish between text fragments with constant content and text fragments with variable content within a text frame. Furthermore, a user interface is generated that exposes metadata of assets and a document layout. Content of an asset exposed via the user interface, once selected, is inserted into the document layout and exposed as a tagged text fragment, indicating the content is linked.

Inserting linked text fragments in a document

Methods, systems, apparatus, and computer program products involve modifying graphic objects. An electronic document can be obtained in a first format. The electronic document can include a graphic object represented using a main dataset and a private dataset. The main dataset can be normalized while stored in an object model in memory. A checksum can be computed for the normalized main dataset of the graphic object. The computed checksum can be compared with a stored checksum located in the electronic document. The electronic document can be converted from the first format to a second format based in part on a result of the comparison.

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Noida, India

Gaurav Bhargava