Adobe, Inc.

Abobe Inc.

Sedat Akkus

Gavin Peacock

Michael J Smith

Srinivas Annam

Jacob Aaron Surber

Glenn Ruehle

Mark Edward Shepherd

George Comninos

Nayoung Kim

Lavanya Raghunath

Cynthia Kaschub

Glade Miller

Seth John Walker

Techniques for sharing style information between different applications and/or devices are provided. A document is displayed in a first window of a first application. The document includes user-selectable portions that each comprises at least one style information item. A menu is displayed in a second window. The menu provides a mechanism to store at least one style information item from the user-selectable portions. In response to a user selecting a user-selectable portion, menu options are provided in the menu to store at least one style information item for the selected user-selectable portion. The menu options are determined based on the style information item corresponding to the selected user-selectable portion. In response to the user selecting a menu option, the style information item corresponding to the selected menu option is stored.

Cloud-based inter-application interchange of style information

Techniques for sharing design elements between different applications and/or devices are provided. A design element is received from a first application as multiple representations, each of the multiple representations corresponding to a complementary storage format for the design element based on a design element type. The design element is stored as the multiple representations in a centrally stored library, the centrally stored library being shared among a plurality of applications. An indication to use the design element in a second application may be received. At least one of the multiple representations may be returned, as determined by the second application.

Cloud-based storage and interchange mechanism for design elements

Method and systems of visually depicting rendering data are provided. rendering data pertaining to rendering, by a display engine, of display objects in a display zone for a selected frame is accessed. Then, for the selected frame, a heat map is generated based on rendering data corresponding to the selected frame, the heat map containing a plurality of heat objects, each heat object corresponding in proportional size and location to a different display object in the display zone, each heat object displayed in a color having an intensity proportional to an amount of computational resources taken by the display engine to render the corresponding display object. Finally, the heat map is displayed.

Method and system of visualizing rendering data

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San Francisco, CA, United States of America

Sedat Akkus