Difference between revisions of "Magic Lens"
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===Progress Updates=== | ===Progress Updates=== | ||
| + | * February 14: Implemented necessary library functions from dtrack API (Angles, Position Matrices, etc.). Allowed access to shared memory location in order to pull values from the Sensors to the server. | ||
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* Feburary 12 : Enabled access to dtrack on MagicLens CalVR plugin. MagicLens can now track and interpret movement of sensors based on dtrack's given orientation/rotation values. | * Feburary 12 : Enabled access to dtrack on MagicLens CalVR plugin. MagicLens can now track and interpret movement of sensors based on dtrack's given orientation/rotation values. | ||
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===TO DO=== | ===TO DO=== | ||
| + | * Develop a way to pan around the object in space using the trackers. | ||
* Pass/Calculate rotation values to client-side (Android) version of Magic Lens | * Pass/Calculate rotation values to client-side (Android) version of Magic Lens | ||
* Add the rotation matrices to Scene Graph, and watch the magic happen! | * Add the rotation matrices to Scene Graph, and watch the magic happen! | ||
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* Connection Issues - Android application connects to CalVR only on Rubble and Gneiss ~ Needs to open up firewall permissions (port 28888) on other computers before being able to connect | * Connection Issues - Android application connects to CalVR only on Rubble and Gneiss ~ Needs to open up firewall permissions (port 28888) on other computers before being able to connect | ||
* Android application occasionally freezes or crashes without warning | * Android application occasionally freezes or crashes without warning | ||
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==Additional Information== | ==Additional Information== | ||
Revision as of 16:49, 14 February 2013
Contents |
Project Overview
The project is building upon the work found in the prior project ArtifactVis with Android Device. The goal of MagicLens is to allow the user to use an android device as a "magical lens" to view the world. The device will update its perspective on the world depending on its location in the world. Additonally head tracking will affect how the world is displayed depending on how it is viewed by the user.
Progress Updates
- February 14: Implemented necessary library functions from dtrack API (Angles, Position Matrices, etc.). Allowed access to shared memory location in order to pull values from the Sensors to the server.
- Feburary 12 : Enabled access to dtrack on MagicLens CalVR plugin. MagicLens can now track and interpret movement of sensors based on dtrack's given orientation/rotation values.
- Feburary 1 : Client-end(Android Device) can now handle custom IP addresses.
- January 18 : Configured workspace and OpenSceneGraph for android.
TO DO
- Develop a way to pan around the object in space using the trackers.
- Pass/Calculate rotation values to client-side (Android) version of Magic Lens
- Add the rotation matrices to Scene Graph, and watch the magic happen!
Known Bugs/Issues
- Connection Issues - Android application connects to CalVR only on Rubble and Gneiss ~ Needs to open up firewall permissions (port 28888) on other computers before being able to connect
- Android application occasionally freezes or crashes without warning
Additional Information
Project Goals
- A sophisticated and intuitive user experience
- Tracking device panning and replicating movement on CalVR
- Heading tracking and replicating displaced object on device
Developers
Software Developer
- Tony Chan
- Michael Chao
Project Advisor
- Jurgen Schulze
Resources
Local
- /usr/local/trackd/etc/trackd.conf //Dtrack Memory Location
- file:///home/calvr/CalVR/doc/html/classcvr_1_1PluginHelper.html#a50da32d210cff2d68c4564cb189953a7 //Plugin Helper Functions
Online
