Adobe, Inc.

Deep Sinha

Ayush Bansal

Rohit Kumar Guglani

Nipun Jindal

Pramendra Rathi

Rishabh Vij

Tanya Jindal

Nipun Mitra

Pulkit Mehta

Elissa A Welsh

Karan Batra

Will Eisley

Laura Serghiou

Gaurav Gilhotra

Paul A George

Reena Agrawal

Ashish Anand

Apoorva

William C Eisley, Jr

Gourav Tayal

Ishita Menon

Methods and systems are provided for facilitating document collaboration in accordance with collaboration controls. In embodiments, an indication of a collaboration control for a collaborator of a document is obtained. The collaboration control generally indicates an edit permission for a document section of the document in relation to the collaborator. Thereafter, a set of collaboration control data for the document is generated. In embodiments, the set of collaboration control data includes the collaboration control indicating the edit permission for the document section of the document in relation to the collaborator. Based on an input (e.g., edit) by the collaborator to the document section of the document, a determination is made, using the set of collaboration control data, as to whether to enable an edit to the document section of the document.

Collaboration controls for document sections

Methods and systems disclosed herein relate generally to systems and methods for analyzing various stroke properties determined from strokes inputted by a user to generate a new glyph set for rendering type characters. A font-generating application receives, via a stroke input on a typographic layer presented on a user interface, strokes that trace a visual appearance of a glyph set comprising one or more glyphs. The font-generating application determines stroke properties for the strokes. The font-generating application constructs a new glyph set from the stroke properties. The font-generating application applies the new glyph set to render, on a user interface, one or more type characters that match a visual appearance of the new glyph set.

Font customization based on stroke properties

This disclosure describes one or more implementations of systems, non-transitory computer-readable media, and methods that utilize a drawing application technique that enables a simulation of digital spirograph designs within electronic drawing applications. In some embodiments, the disclosed systems receive a user selection of a primary shape. Moreover, in one or more implementations, the disclosed systems detect a user interaction with a contact point within a secondary shape to move the contact point from a first location to a second location. Furthermore, in one or more instances, the disclosed systems generate, for display, a digital line drawing from the first location to the second location utilizing a movement of the contact point in relation to a rotation of a secondary curve of the secondary shape along a movement path corresponding to a primary curve of the primary shape based on the user interaction with the contact point.

Graphical user interfaces and techniques for generating digital spirographs

Jitter application techniques are described for vector objects as implemented by a vector object jitter application system. In an implementation, the vector object jitter application system receives an input defining a stroke to be drawn on a user interface. A vector object is then generated representing the stroke and having a variable width determined by applying jitter to the stroke. The vector object having the variable width is displayed in the user interface as the input is received.

Vector object jitter application

Embodiments of the present invention provide systems, methods, and computer storage media directed to adaptable drawing guides. In implementations, a guide mode is identified. Generally, a guide mode indicates a manner in which to use a drawing guide to confine strokes corresponding with input paths. Upon detecting an input path, a stroke is drawn in accordance with the guide mode. For example, when an edge mode is employed, the drawn stroke is confined to align with at least one edge of the drawing guide, when an inside mode is employed, the drawn stroke is confined inside of the set of edges of the drawing guide, and when the outside mode is employed, the drawn stroke is confined outside of the set of edges of the drawing guide.

Adaptable drawing guides

Techniques and systems are provided for performing drawing tool identification and retrieval. For instance, based on a user creating content within a digital image using a drawing tool, a drawing tool-retrieval system may determine a unique identifier corresponding to the drawing tool. The identifier may indicate the type of the drawing tool, as well as any configurable settings of the drawing tool selected by the user. The drawing tool-retrieval system can store the identifier in association with pixels corresponding to the content. When the user wishes to use the drawing tool again, the user can provide a drawing tool-picking input that includes selection of a pixel corresponding to the content. In response to the drawing tool-picking input, the drawing tool-retrieval system can obtain the identifier of the drawing tool and then activate the drawing tool to enable the user to edit the image with the drawing tool.

Drawing tool identification and retrieval

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Uttar Pradesh, India

Deep Sinha