def test_TDL(self): """ Test tdl function - all values are taken from MatLab. """ AN = [0.737298200871146, -0.668073596186761, -0.100344571703004] BN = [-0.178067035261159, -0.048901208638715, -0.982802524796805] (FT, FD, FL) = tdl(AN, BN) self.assertAlmostEqual(FT, 227.81994742784540) self.assertAlmostEqual(FD, 84.240987194376590) self.assertAlmostEqual(FL, 81.036627358961210)
def test_tdl(self): """ Test tdl function - all values are taken from MatLab. """ an = [0.737298200871146, -0.668073596186761, -0.100344571703004] bn = [-0.178067035261159, -0.048901208638715, -0.982802524796805] (ft, fd, fl) = tdl(an, bn) assert round(abs(ft - 227.81994742784540), 7) == 0 assert round(abs(fd - 84.240987194376590), 7) == 0 assert round(abs(fl - 81.036627358961210), 7) == 0
def test_tdl(self): """ Test tdl function - all values are taken from MatLab. """ an = [0.737298200871146, -0.668073596186761, -0.100344571703004] bn = [-0.178067035261159, -0.048901208638715, -0.982802524796805] (ft, fd, fl) = tdl(an, bn) self.assertAlmostEqual(ft, 227.81994742784540) self.assertAlmostEqual(fd, 84.240987194376590) self.assertAlmostEqual(fl, 81.036627358961210)