Adobe, Inc.

Ankit Aggarwal

Tarun Beri

Sanjeev Kumar Biswas

Rajeev Kumar

Gaurav Jain

Vivek Agrawal

Tarun Gehlaut

Prashant Kumar Singh

Siddharth Bhasin

Sunny Ladkani

Shivendra Agarwal

Embodiments are disclosed for pixel-based techniques for combining vector graphics shapes. In particular, in one or more embodiments, the disclosed systems and methods comprise receiving a selection of a plurality of vector graphics shapes to be combined based on an operation type, identifying a dominant shape based on the operation type, applying stroke and fill properties associated with the dominant shape to each of the plurality of vector graphics shapes, initializing a buffer at least as large as a bounding box associated with the plurality of vector graphics shapes, the buffer storing pixels inside the bounding box, and populating each pixel of the buffer with values representing pixel types determined from the plurality of vector graphics shapes based on the operation type.

Pixel-based techniques for combining vector graphics shapes

Techniques are described for performing inter-object interactions between vector objects to adjust the appearance of one vector object based on another vector object. For example, a vector object interaction framework may be implemented in which designers drag a vector object onto another vector object to trigger an interaction between the objects. Candidate interactions between pairs of object types may be pre-defined and stored in a suitable data structure. Thus, when one vector object is dragged onto a recipient vector object and a pause is detected, the object types for the dragged and recipient objects may be determined, and a corresponding set of candidate interactions for the pair of object types may be accessed, ranked, simulated, and/or presented as selectable previews. As such, one of the candidate interactions may be selected and executed to form one or more output vector objects that may be saved, exported, modified, and/or reused.

Vector object interaction

Vector art object deformation techniques applied to digital images by vector art rendering system of a computing device are described. The vector art rendering system is configured to deform vector art objects associated with anchor points within a digital image based solely on the movement of the anchor points. Moreover, the vector art rendering system is also configured to adjust anchor points associated with vector art objects within a digital image based solely on the movement of the vector art objects. Techniques are also described that facilitate the automatic association of path segment and vector art objects to anchor points that possess multiple preexisting vector art object associations.

Vector art object deformation techniques

Display screen or portion thereof with a graphical user interface

This disclosure covers systems and methods that sharpen the appearance of a digital illustration while moving the digital illustration. In certain embodiments, upon receiving a command to move a digital illustration, the disclosed systems and methods move the digital illustration (and its constituent line segments) to positions that both sharpen the appearance of the digital illustration and respond to the command. To facilitate sharpening the appearance of a digital illustration as part of a seemingly continuous movement, in some embodiments, the disclosed systems and methods move a blurry digital illustration to a position that sharpens the appearance of blurry axial-line segments by translating the digital illustration according to a translation vector and a command to move the digital illustration.

Adjusting blurry vector-based lines during movement

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Faridabad, India

Ankit Aggarwal