Created
January 16, 2022 01:06
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USD pose transformations... #USD #OMNIVERSE
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# Not sure what I have here | |
# from pxr import Gf, Usd, UsdGeom | |
# pose = Gf.Matrix4d(0.10028808960009783, 1.0899614544257474e-13, -0.9949584408830167, 0, -0.2896496895839791, 0.9566873438849783, -0.02919560539207469, 0, 0.9518641480843092, 0.29111737504021507, 0.09594434606284785, 0, 170.13235291094, 118.33856922920114, -26.433392816374774, 1) | |
# rotateAroundX = Gf.Matrix3d(1, 0, 0, 0, 0, -1, 0, 1, 0) | |
# rotation = pose.ExtractRotation() | |
# print(f'rotation={rotation}') | |
# print(f'type(rotation)={type(rotation)}') | |
# rotation = Gf.Matrix3d(*pose[0][0:3], *pose[1][0:3], *pose[2][0:3]) | |
# other = rotateAroundX * rotation | |
# print(f'other={other}') | |
# pose.SetRow3(0, Gf.Vec3d(other[0][0:3])) | |
# pose.SetRow3(1, Gf.Vec3d(other[1][0:3])) | |
# pose.SetRow3(2, Gf.Vec3d(other[2][0:3])) | |
# print(f'pose={pose}') | |
# translation = Gf.Vec3d(*pose[3][0:3]) | |
# new_trans = rotateAroundX * translation | |
# print(f'new_trans={new_trans}') | |
# pose.SetRow3(3, new_trans) | |
##print(f'pose.data()={[*pose[0][0:3], *pose[1][0:3]], *pose[2][0:3]}') |
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