Very creative and impressive. But I found the constantly changing viewpoint (rotation of the orbit plane) to be distracting and a bit annoying. I understand that some is necessary to make things clear, but felt there was too much.
They represent an observation of a star. In more detail, a triangle lies in a plane perpendicular to a earth-star vector. The shape of the triangle contributes to the increments of the objective function J. For more detail see the paper in the description of the video.
@PeterGCapek: The changing viewpoints are part of the artistic ballet.
Amazing! Absolute ballet.
Very creative and impressive. But I found the constantly changing viewpoint (rotation of the orbit plane) to be distracting and a bit annoying. I understand that some is necessary to make things clear, but felt there was too much.
Awesome!
This is amazing, could you link the corresponding publication?
added
Thanks a lot!
Excuse me, what are the triangles?
They represent an observation of a star. In more detail, a triangle lies in a plane perpendicular to a earth-star vector. The shape of the triangle contributes to the increments of the objective function J. For more detail see the paper in the description of the video.
is this sorcery ?