as we started to work, we made a plan to which we shall stick for the the rest of our work...
we divided our project into modules which is much easier for implementation and maintenance.
And we focused in first phase on:
1- Basic IR Tracking
2- Image Warping
3- Automatic Calibration
Problems faced:
The projected image wasn't correctly aligned with size of the of the display ...so figured that we should manually calibrate the wii to projector before projecting.
another problem is that sometimes the image freezes when moving it , this's because wii loses track of some of the Ir Leds ....so we need to track the lost Leds.
Also the image sometimes turned upside down this was because of point identification, which means identifying the LED as the top left, top right, ...
and the solution was either use motion modeling ,data grid, or optical flow...
we thought we shall start with the data grid solution and see the results.
we divided our project into modules which is much easier for implementation and maintenance.
And we focused in first phase on:
1- Basic IR Tracking
2- Image Warping
3- Automatic Calibration
We'll discuss each one of those modules in other articles,
but for now we'll discuss some of the problems that we faced during implementationProblems faced:
another problem is that sometimes the image freezes when moving it , this's because wii loses track of some of the Ir Leds ....so we need to track the lost Leds.
Also the image sometimes turned upside down this was because of point identification, which means identifying the LED as the top left, top right, ...
and the solution was either use motion modeling ,data grid, or optical flow...
we thought we shall start with the data grid solution and see the results.
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