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Very, very nice, congratulations. And it pretty much works out of the box, something rather unusual for researchy code. What would make this absolutely great
by ur-whale 6y ago
Very, very nice, congratulations.
And it pretty much works out of the box, something rather unusual for researchy code.
What would make this absolutely great is there was a way to output a wavefront OBJ file for the dense 3D geometry.
- ur-whale 6y agoNever mind, it was easy: just add the following code at line 45 of demo.py: # Output .ply geometry for each face detected ocnt = 0 for face in ver_lst: with open('face_%04d.ply' % ocnt, 'w') as f: x = face[0] y = face[1] z = face[2] n = x.size print('ply', file=f) print('format ascii 1.0', file=f) print('element vertex %d' % n, file=f) print('property float x', file=f) print('property float y', file=f) print('property float z', file=f) print('element face 0', file=f) print('property list uchar int vertex_indices', file=f) print('end_header', file=f) for i in range(0, n): print("%12.8f %12.8f %12.8f" % (x[i], y[i], z[i]), file=f) ocnt += 1
- cleardusk 6y agoThanks, I will consider adding it later :)