6 ms·
By 'optical flow calculations' do you mean a linear extrapolation of the projected 'image-space' position of the ball? If so, that seems like it would be insuf
by mockery 9y ago
By 'optical flow calculations' do you mean a linear extrapolation of the projected 'image-space' position of the ball?
If so, that seems like it would be insufficient since a thrown object doesn't move linearly, let alone its projection.
If not, then I'm curious what you're describing, and how it's much simpler than integrating an ODE?
- throwaway87423 9y agoNot quite. If you're interested take a look at, https://youtu.be/eKaYnXQUb2g?t=6m10s https://youtu.be/eKaYnXQUb2g?t=6m10s https://www.youtube.com/watch?v=iz9UVIo_ZUo&list=PL0AknDL1Vt-nEn1U-ztDulFATxiPvrELY&index=10 https://www.youtube.com/watch?v=iz9UVIo_ZUo&list=PL0AknDL1Vt... Camera homography preserves straight-lines, but it also gives a heuristic to avoid obstacles. Apparently this is also how bees and birds navigate.