Closed jiangwei221 closed 5 years ago
Hi: Thanks for open sourcing your code! I have a qustion about the homography in "test.mat" file. for example, if I check the homography of the first image, it looks like:
In [13]: data['annotation'][0][0] Out[13]: (array(['1.jpg'], dtype='<U5'), array([[ 9.08451931e+00, -5.31615622e+00, 8.38673068e+01], [ 2.95203351e-03, 5.52517432e-01, 8.30620388e+01], [-1.69828350e-03, -2.94390308e-03, 3.94388114e-01]]))
but the homography in the UOT dataset (stored in a txt file), for the 1.jpg is:
9.1842785e-02 3.6737114e-01 -9.6902522e+01 -2.8247420e-02 7.3986511e-01 -1.4981605e+02 1.8463391e-04 7.1046551e-03 1.0000000e+00
What is the steps to transform default homography to your space?
Bests
ah, it is the inversion!
Hi: Thanks for open sourcing your code! I have a qustion about the homography in "test.mat" file. for example, if I check the homography of the first image, it looks like:
but the homography in the UOT dataset (stored in a txt file), for the 1.jpg is:
What is the steps to transform default homography to your space?
Bests