Compelling stuff, well explained! Thinking further: if the camera perspective changes, perhaps movement and rotation vectors of the camera can be determined by the relative changes and movement of lighting values in the mask. My application is computer vision in a software space, but I'll still try experimenting with the gradient masks you showed for the prototype example. It seems like a good way to determine relative movement vectors within a static scene. By doing this in hardware, you've achieved great results. In particular, I am impressed by the self-powering versions described in the other video on this project. Thanks for sharing and documenting your inventions!
![Noob To Max With DRAGON REWORK In Blox Fruits [FULL MOVIE]](http://i.ytimg.com/vi/LnBMOinoOvA/mqdefault.jpg)
Compelling stuff, well explained! Thinking further: if the camera perspective changes, perhaps movement and rotation vectors of the camera can be determined by the relative changes and movement of lighting values in the mask.
My application is computer vision in a software space, but I'll still try experimenting with the gradient masks you showed for the prototype example. It seems like a good way to determine relative movement vectors within a static scene.
By doing this in hardware, you've achieved great results. In particular, I am impressed by the self-powering versions described in the other video on this project. Thanks for sharing and documenting your inventions!