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Skip to Search Results- 4Schaeffer, Jonathan
- 4Szafron, Duane
- 3Carbonaro, Mike
- 3Cutumisu, Maria
- 3McNaughton, Matthew
- 3Onuczko, Curtis
- 3Computer games
- 3Generative pattern
- 3Scripting language
- 2Ambient behavior
- 2Collaborative behavior
- 2Intelligent agents
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2006
Onuczko, Curtis, Schaeffer, Jonathan, Cutumisu, Maria, Roy, Thomas, Carbonaro, Mike, McNaughton, Matthew, Szafron, Duane
To compete in today's market, companies that develop computer role-playing games (CRPGs) must quickly and reliably create realistic, engaging game stories. Indeed, intricate storylines and realism that goes beyond graphics have become major product differentiators. To establish both, it's...
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2006
Cutumisu, Maria, Szafron, Duane, Roy, Thomas, Carbonaro, Mike, McNaughton, Matthew, Schaeffer, Jonathan, Onuczko, Curtis
Many computer games use custom scripts to control the ambient behaviors of non-player characters (NPCs). Therefore, a story writer must write fragments of computer code for the hundreds or thousands of NPCs in the game world. The challenge is to create entertaining and non-repetitive behaviors...
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2007
Schaeffer, Jonathan, Siegel, Jeff, Duff, Harvey, Schumacher, Allan, Roy, Thomas, Gillis, Stephanie, Onuczko, Curtis, McNaughton, Matthew, Carbonaro, Mike, Waugh, Kevin, Szafron, Duane, Cutumisu, Maria
The traditional approach to implementing interactions between a player character (PC) and objects in computer games is to write scripts in a procedural scripting language. These scripts are usually so complex that they must be written by a computer programmer rather than by the author of the game...
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2004
Cutumisu, M., McNaughton, M., Parker, D., Schaeffer, Jonathan, Redford, J., Szafron, Duane
Technical report TR04-05. Recently, some researchers have argued that generative design patterns (GDPs) can leverage the obvious design re-use that characterizes traditional design patterns into code re-use. This paper provides additional evidence that GDPs are both useful and productive. ...