tesseract 3 dimensional pointing device for virtual spaces
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Tesseract 3-Dimensional pointing device for virtual spaces Jayasurya Salem Sudakaran (956569) with Prof. Michael Kipp Interaction Engineering Winter semester 2019/2020 Augsburg University of Applied Sciences COMPONENTS Frame Hollow


  1. Tesseract— 3-Dimensional pointing device for virtual spaces Jayasurya Salem Sudakaran (956569) with Prof. Michael Kipp Interaction Engineering Winter semester 2019/2020 Augsburg University of Applied Sciences

  2. COMPONENTS Frame — Hollow cube, provides structure for the device Ball — Controller, moves within the frame in 3D space Elastic suspensions — Pulls back the ball into place, zero Rei-bung! matchbox — Marker for the phone to track

  3. 3D physical input — 2D virtual context 6 degrees of freedom — Translation and rotation* in X-Y-Z axes

  4. RATE-BASED MAPPING 0.1cm x conversionFactor 0.1cm with clutch

  5. RATE-BASED MAPPING 0.1cm x conversionFactor 0.1cm with clutch 0.1cm/sec x 3sec x conversionFactor 0.1cm for 3sec Distance as rate of movement and time as multiplier Ex: Gas pedal

  6. AN EXISTING SOLUTION 3Dconnexion space mouse Blue and red are not in equal space as green

  7. TRACKING Tracks movement of marker in 3D space relative to center of cube as zero

  8. TRACKING Tracks movement of marker in 3D space Unity for 3D position tracking relative to center of cube as zero Vuforia is an Augmented Reality library that tracks any predefined marker

  9. TRACKING Tracks movement of marker in 3D space Unity for 3D position tracking relative to center of cube as zero Vuforia is an Augmented Reality library that tracks any predefined marker

  10. TRACKING Tracks movement of marker in 3D space Unity for 3D position tracking relative to center of cube as zero Vuforia is an Augmented Reality library that tracks any predefined marker

  11. CUSTOM PLATFORM

  12. CUSTOM PLATFORM TCP socket over IP

  13. USER TESTING SCENARIO Tesseract v mouse with axis clutches Carry the white cube (cursor) to the blue cube Primary evaluation factor— Time taken

  14. FUTURE DEVELOPMENT - More stable physical prototype - Rotation implementation - Driver for OS level operations - Cursor design to indicate direction - 3D space indications

  15. FUTURE DEVELOPMENT Demonstration - More stable physical prototype - Rotation implementation - Driver for OS level operations - Cursor design to indicate direction - 3D space indications

  16. FUTURE DEVELOPMENT Thanks! - More stable physical prototype - Rotation implementation - Driver for OS level operations - Cursor design to indicate direction - 3D space indications

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