Abstract: Using a camera or other tracking hardware, the attention of a player of a computer game (based on gaze direction, for instance) is tracked at key/predetermined points during game play. For example, when the player enters a new area in the game such as a simulated room, town, etc., it is determined what the player's gaze focuses on more, e.g., a dog huddled in the corner, a nobleman with obvious signs of wealth, or a shifty appearing figure in the shadows. Based on this input, one or more factors of future gameplay are determined, such as an order in which to present encounters/challenges, adjusting a character's “morality” score/flag, adjusting bonuses/penalties to non-player character (NPC) interactions, etc.

Abstract: Using a camera or other tracking hardware, the attention of a player of a computer game (based on gaze direction, for instance) is tracked at key/predetermined points during game play. For example, when the player enters a new area in the game such as a simulated room, town, etc., it is determined what the player's gaze focuses on more, e.g., a dog huddled in the corner, a nobleman with obvious signs of wealth, or a shifty appearing figure in the shadows. Based on this input, one or more factors of future gameplay are determined, such as an order in which to present encounters/challenges, adjusting a character's “morality” score/flag, adjusting bonuses/penalties to non-player character (NPC) interactions, etc.

Abstract: Methods and systems for attention-based rendering on an entertainment system are provided. A tracking device captures data associated with a user, which is used to determine that a user has reacted (e.g., visually or emotionally) to a particular part of the screen. The processing power is increased in this part of the screen, which increases detail and fidelity of the graphics and/or updating speed. The processing power in the areas of the screen that the user is not paying attention to is decreased and diverted from those areas, resulting in decreased detail and fidelity of the graphics and/or decreased updating speed.

Abstract: Methods and systems for attention-based rendering on an entertainment system are provided. A tracking device captures data associated with a user, which is used to determine that a user has reacted (e.g., visually or emotionally) to a particular part of the screen. The processing power is increased in this part of the screen, which increases detail and fidelity of the graphics and/or updating speed. The processing power in the areas of the screen that the user is not paying attention to is decreased and diverted from those areas, resulting in decreased detail and fidelity of the graphics and/or decreased updating speed.

Abstract: Using a camera or other tracking hardware, the attention of a player of a computer game (based on gaze direction, for instance) is tracked at key/predetermined points during game play. For example, when the player enters a new area in the game such as a simulated room, town, etc., it is determined what the player's gaze focuses on more, e.g., a dog huddled in the comer, a nobleman with obvious signs of wealth, or a shifty appearing figure in the shadows. Based on this input, one or more factors of future gameplay are determined, such as an order in which to present encounters/challenges, adjusting a character's “morality” score/flag, adjusting bonuses/penalties to non-player character (NPC) interactions, etc.

Abstract: A multi-player game environment is created for single-player use. A user may select a single-player game or a multi-player game. When the user chooses a multi-player game, the user is prompted to select one or more customized AI characters. The AI characters may be available individually or in themed “packs.” The selected AI character or pack may be downloaded, stored, or otherwise made accessible to an electronic entertainment system. The user may select a mode or skill level for each AI character. The user may begin playing the game in a multi-player mode with the game environment populated with an avatar effectuating behaviors of the selected AI character or characters.

Abstract: Methods and systems for attention-based rendering on an entertainment system are provided. A tracking device captures data associated with a user, which is used to determine that a user has reacted (e.g., visually or emotionally) to a particular part of the screen. The processing power is increased in this part of the screen, which increases detail and fidelity of the graphics and/or updating speed. The processing power in the areas of the screen that the user is not paying attention to is decreased and diverted from those areas, resulting in decreased detail and fidelity of the graphics and/or decreased updating speed.

Abstract: Methods and systems for attention-based rendering on an entertainment system are provided. A tracking device captures data associated with a user, which is used to determine that a user has reacted (e.g., visually or emotionally) to a particular part of the screen. The processing power is increased in this part of the screen, which increases detail and fidelity of the graphics and/or updating speed. The processing power in the areas of the screen that the user is not paying attention to is decreased and diverted from those areas, resulting in decreased detail and fidelity of the graphics and/or decreased updating speed.

Abstract: A multi-player game environment is created for single-player use. A user may select a single-player game or a multi-player game. When the user chooses a multi-player game, the user is prompted to select one or more customized AI characters. The AI characters may be available individually or in themed “packs.” The selected AI character or pack may be downloaded, stored, or otherwise made accessible to an electronic entertainment system. The user may select a mode or skill level for each AI character. The user may begin playing the game in a multi-player mode with the game environment populated with an avatar effectuating behaviors of the selected AI character or characters.

Abstract: Methods and systems for attention-based rendering on an entertainment system are provided. A tracking device captures data associated with a user, which is used to determine that a user has reacted (e.g., visually or emotionally) to a particular part of the screen. The processing power is increased in this part of the screen, which increases detail and fidelity of the graphics and/or updating speed. The processing power in the areas of the screen that the user is not paying attention to is decreased and diverted from those areas, resulting in decreased detail and fidelity of the graphics and/or decreased updating speed.

Abstract: A multi-player game environment is created for single-player use. A user may select a single-player game or a multi-player game. When the user chooses a multi-player game, the user is prompted to select one or more customized AI characters. The AI characters may be available individually or in themed “packs.” The selected AI character or pack may be downloaded, stored, or otherwise made accessible to an electronic entertainment system. The user may select a mode or skill level for each AI character. The user may begin playing the game in a multi-player mode with the game environment populated with an avatar effectuating behaviors of the selected AI character or characters.

Abstract: Methods and systems for attention-based rendering on an entertainment system are provided. A tracking device captures data associated with a user, which is used to determine that a user has reacted (e.g., visually or emotionally) to a particular part of the screen. The processing power is increased in this part of the screen, which increases detail and fidelity of the graphics and/or updating speed. The processing power in the areas of the screen that the user is not paying attention to is decreased and diverted from those areas, resulting in decreased detail and fidelity of the graphics and/or decreased updating speed.

Abstract: A multi-player game environment is created for single-player use. A user may select a single-player game or a multi-player game. When the user chooses a multi-player game, the user is prompted to select one or more customized AI characters. The AI characters may be available individually or in themed “packs.” The selected AI character or pack may be downloaded, stored, or otherwise made accessible to an electronic entertainment system. The user may select a mode or skill level for each AI character. The user may begin playing the game in a multi-player mode with the game environment populated with an avatar effectuating behaviors of the selected AI character or characters.

Abstract: Methods and systems for attention-based rendering on an entertainment system are provided. A tracking device captures data associated with a user, which is used to determine that a user has reacted (e.g., visually or emotionally) to a particular part of the screen. The processing power is increased in this part of the screen, which increases detail and fidelity of the graphics and/or updating speed. The processing power in the areas of the screen that the user is not paying attention to is decreased and diverted from those areas, resulting in decreased detail and fidelity of the graphics and/or decreased updating speed.

Abstract: Novel inhibitors of cathepsin S, K, B, and L, the pharmaceutically acceptable salts and N-oxides thereof, their uses as therapeutic agents and the methods of their making.

Abstract: The present invention relates to novel selective cathepsin S inhibitors, the pharmaceutically acceptable salts and N-oxides thereof, their uses as therapeutic agents and the methods of their making.