Kabam, Inc.

Aftershock Services, Inc.

Electronics Arts, Inc.

Raymond Cook

Clive Henrick

Benjamin Taller

Benjamin Sai Yee

A system and method for recursively rendering, caching, and/or retrieving a display object bitmap is provided. In some implementations, an image may be rendered on a client computing platform using an image list of one or more bitmap objects. The one or more object bitmaps may be generated in response to obtaining information defining a vector image in an image frame in an animation. An image list may be maintained for an image to be rendered based on the vector image of a frame of animation and/or some or all of the frames in the animation. The image list may store one or more references to one or more respective bitmap objects that are associated with the image to be rendered.

System and method for display object bitmap caching

The disclosure relates to systems and methods for facilitating data model substitution related to one or more pre-existing data objects in an expression of a game environment. A system may facilitate scalable addition of new game content by leveraging pre-existing data objects at a client computing platform. The system may include a game server that provides to the client computing platform data model substitutions for the existing data objects. The data model substitutions may be used to alter the behavior or function, look (e.g., visual appearance), description, and/or other characteristic of an expression of a pre-existing data object. Thus, by leveraging pre-existing data objects and providing such data model substitutions, new content or at least the appearance of new content from the user's perspective, may be provided without revising client code or requiring downloading new instructions that encode new data objects.

System and method for facilitating data model substitutions for pre-existing data objects

A quadrant based PNG image file may be used to encode compressed map information for a game map that is navigated during gameplay. The PNG image file encoded with compressed map information may be communicated to a gameplay device, which may decompress and decode the PNG image file to obtain the map information and generate the game map. Leveraging the lossless compression capabilities of the PNG image file format or other lossless image file format may reduce storage requirements and/or network bandwidth when playing the video game. Each pixel of the PNG image file may be used to encode multiple map tiles, allowing game maps to scale to large sizes while further leveraging the advantages of encoding the map information into the image file.

Growing community of inventors

Castro Valley, CA, United States of America

Raymond Cook