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Auto Behavior Variation Generation Kyle Li. Agenda The Problem The Problem Behavior Variation Behavior Variation Behavior Model Behavior Model Bouncing.

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Presentation on theme: "Auto Behavior Variation Generation Kyle Li. Agenda The Problem The Problem Behavior Variation Behavior Variation Behavior Model Behavior Model Bouncing."— Presentation transcript:

1 Auto Behavior Variation Generation Kyle Li

2 Agenda The Problem The Problem Behavior Variation Behavior Variation Behavior Model Behavior Model Bouncing Ball Example Bouncing Ball Example Future work Future work

3 The Problem To make NPC look realistic To make NPC look realistic To make group of NPCs look realistic To make group of NPCs look realistic Variation! Variation!

4 Behavior Variation 1st level : 1st level : different acting mode different acting mode Happy, angry, anxious, excited, polite Happy, angry, anxious, excited, polite 2nd level: - Different COMPONENTS

5 Behavior Variation Normal : walking Normal : walking Happy :walking, Happy :walking, Angry :walking,  Angry :walking,  Excited : walking, jumping Excited : walking, jumping Polite:walking, yield Polite:walking, yield

6 Behavior Variation Happy + Polite:walking, smile, yield Happy + Polite:walking, smile, yield Happy + Excited:walking, smile, jumping Happy + Excited:walking, smile, jumping Happy + Angry:X Happy + Angry:X Need rules! Need rules!

7 Behavior Model Components -> Orthogonal Components (SC) Components -> Orthogonal Components (SC) Generation -> Transformation Generation -> Transformation Rules -> Transformation Rules Rules -> Transformation Rules

8 Bouncing Ball Model

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16 Future work Rule-base Generation Rule-base Generation Add randomness Add randomness More complex components More complex components

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