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Integrating Physical and Virtual Interaction: Project Shale Overview

Project Shale, sponsored by Craft Technology Lab, aims to expand on the LaserBall concept by introducing reactive physical components that interact with virtual objects. Our solution involves advanced wireless communication to enable seamless interaction between physical and virtual elements, such as seesaws and sound emitters. The presentation covers the project's background, identified problems, proposed solutions, functional requirements, user interface designs, environmental requirements, and an architecture overview. A software demo showcases the project's capabilities in real-time interactions.

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Integrating Physical and Virtual Interaction: Project Shale Overview

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  1. Shale: SHAdows LEvers& Wheels Paul Gerhardt Amanda Orin Tomas Ramirez Jessa Rothenberg Kaiti Trimble

  2. Project Shale Presentation Overview • Sponsor & Background • Problem • Solution • Conceptual Overview • Requirements • Functional Requirements • User Interfaces • EnvironmentalRequirements • Architecture Overview • Software Demo • Summary of Points

  3. Project Shale Sponsor & Background • Sponsored by Craft Technology Lab • Subsidiary of the L3D • Craft objects with embedded intelligence • Derived from LaserBall Project • Joins physical & virtual objects • Non-mechanical interaction • Limited performance

  4. Project Shale LaserBall

  5. Project Shale Problem • Interactions between virtual and physical objects, controlled to some degree by a user. • Expand LaserBall idea • Incorporate reactive physical objects • Wireless communication

  6. Project Shale Presentation Overview • Sponsor & Background • Problem • Solution • Conceptual Overview • Requirements • Functional Requirements • User Interfaces • Environmental Requirements • Architecture Overview • Software Demo • Summary of Points

  7. Project Shale Solution – Project Shale • Extend the LaserBall project with reactive physical components • See saw, Bumper, Sound Emitter • Wireless communication with components • Xbee (Zigbee 802.15.4 mesh networking)‏

  8. Project Shale Project Shale: An Example Steps: Virtual Object (the ball) moves towards the Physical Object (the see saw) Virtual Object and Physical Object collide A) Virtual Object (ball) ricochets off in a different direction B) Physical Object (see saw) turns in reaction to the collision

  9. Project Shale Solution – Project Shale • Recognize Physical Objects • LED fiducial markers

  10. Project Shale Presentation Overview • Sponsor & Background • Problem • Solution • Conceptual Overview • Requirements • Functional Requirements • User Interfaces • Environmental Requirements • Architecture Overview • Software Demo • Summary of Points

  11. Conceptual Overview Project Shale

  12. Project Shale Functional Requirements • Demonstrate interactions between physical and virtual objects • Project virtual objects • Detect and control physical objects • Respond to user actions • Additional requirements • Debugging interface • GUI

  13. Project Shale Presentation Overview • Sponsor & Background • Problem • Solution • Conceptual Overview • Requirements • Functional Requirements • User Interfaces • Environmental Requirements • Architecture Overview • Software Demo • Summary of Points

  14. Project Shale Standard User Interface

  15. Project Shale Adminstrative Interface

  16. Project Shale Environmental Requirements • Development Environment • Processing PDE 0135 (Cross-platform)‏ • JMyron Image Processing Library • Hardware • Projector • Web camera • Projection Surface • Laser Pointer • Arduino microcontrollers

  17. Project Shale Presentation Overview • Sponsor & Background • Problem • Solution • Conceptual Overview • Requirements • Functional Requirements • User Interfaces • Environmental Requirements • Architecture Overview • Software Demo • Summary of Points

  18. Project Shale Shale Architecture

  19. Project Shale Demonstration

  20. Project Shale Summary of Points • Sponsor & Background • Problem • Solution • Conceptual Overview • Requirements • Functional Requirements • User Interfaces • Environmental Requirements • Architecture Overview • Software Demo • Summary of Points

  21. QUESTIONS? Project Shale

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