def XYZ2ENU_vector(XYZ, xyz0):
XYZ = utils.transpose_vector_array(XYZ)
E, N, U = XYZ2ENU_2(XYZ[0], XYZ[1], XYZ[2], xyz0[0], xyz0[1], xyz0[2])
ENU = np.column_stack((E, N, U))
return ENU
def XYZ2GEO_vector(XYZ, outdeg=True, A=6378137., E2=0.00669438003):
XYZ = utils.transpose_vector_array(XYZ)
F, L, H = XYZ2GEO(XYZ[0], XYZ[1], XYZ[2], outdeg=outdeg, A=A, E2=E2)
FLH = np.column_stack((F, L, H))
return FLH
def GEO2XYZ_vector(FLH, angle='deg', a=6378137., e2=0.00669438003):
#### if Nx3 array => 3xN array
FLH = utils.transpose_vector_array(FLH)
X, Y, Z = GEO2XYZ(FLH[0], FLH[1], FLH[2], angle=angle, a=a, e2=e2)
XYZ = np.column_stack((X, Y, Z))
return XYZ
def ENU2XYZ_vector(ENU, xyz_ref):
ENU = utils.transpose_vector_array(ENU)
X, Y, Z = ENU2XYZ(ENU[0], ENU[1], ENU[2], xyz_ref[0], xyz_ref[1],
xyz_ref[2])
XYZ = np.column_stack((X, Y, Z))
return XYZ
