System for optimizing processing capacity for a group of gaming appliances engaged in play of an online game
First Claim
1. A gaming system comprising:
- a game server connected to a network and having a first processor executing first software from a non-transitory medium;
a data repository coupled to the game server, the data repository storing a digital game based on a virtual environment, the digital game comprising objects and effects to be rendered in display during play of the game, the objects and effects stored as base models having neutral quality attributes;
a computerized appliance having a second processor executing second software, the computerized appliance connected to the network and operable to play the game served by the game server;
wherein the game server serves the game to the computerized appliance, the second software periodically monitors processing capability of the computerized appliance in frame rate during live play of the game and reports determined frame rates to the game server periodically also during live play of the game, and the game server, executing a versioning layer as a part of the first software, in response to changing frame rate capacity reported at periodic intervals during game play, creates versions of the base models of the objects and effects most compatible with a current frame rate of the computerized appliance as play progresses, and serves the created versions of objects and effects as reported frame rate of the computerized appliance changes during live play of the game.
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0 Petitions
Accused Products
Abstract
A network-connected system serving digital games includes a game server having a first software application executing from a non-transitory physical medium coupled to the server, the server serving a digital game to individual ones of network-connected digital appliances, and distributed client software applications executing from non-transitory physical mediums coupled to the network-connected digital appliances. The client software applications monitor local processing capability for real-time processing of served objects and effects, communicate capability information to the game server, and the game server serves objects and effects compatible with a higher level of processing capability or objects and effects compatible with a lower level of processing capability depending on the capability information communicated.
54 Citations
12 Claims
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1. A gaming system comprising:
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a game server connected to a network and having a first processor executing first software from a non-transitory medium; a data repository coupled to the game server, the data repository storing a digital game based on a virtual environment, the digital game comprising objects and effects to be rendered in display during play of the game, the objects and effects stored as base models having neutral quality attributes; a computerized appliance having a second processor executing second software, the computerized appliance connected to the network and operable to play the game served by the game server; wherein the game server serves the game to the computerized appliance, the second software periodically monitors processing capability of the computerized appliance in frame rate during live play of the game and reports determined frame rates to the game server periodically also during live play of the game, and the game server, executing a versioning layer as a part of the first software, in response to changing frame rate capacity reported at periodic intervals during game play, creates versions of the base models of the objects and effects most compatible with a current frame rate of the computerized appliance as play progresses, and serves the created versions of objects and effects as reported frame rate of the computerized appliance changes during live play of the game. - View Dependent Claims (2, 3, 4, 5, 6)
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7. A method adjusting service of objects and effects for digital games to processing capability of a computerized appliance, comprising steps of:
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(a) storing a digital game based on a virtual environment in a data repository coupled to a game server having a first processor executing first software from a non-transitory medium, the game server connected to a network, the digital game comprising objects and effects to be rendered in display during play of the game, the objects and effects stored as base models having neutral quality attributes; (b) serving the game to a computerized appliance connected to the network and executing second software; (c) monitoring processing capability at the computerized appliance in frame rate by the second software executing on a second processor at the computerized appliance; (d) periodically reporting the monitored frame rate by the computerized appliance to the game server; (e) as a result of each reported frame rate during play of the game, creating by the game server, executing a versioning layer as a part of the first software, versions of the base models of the objects and effects most compatible with a current frame rate of the computerized appliance as play progresses, and serving the created versions of the base models as play progresses. - View Dependent Claims (8, 9, 10, 11, 12)
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Specification