changed order of keyword arguments in diff_scat_intensity_complex_medium()

Author: vnmanoharan

pymie/mie.py

@@ -1070,8 +1070,8 @@ def _scat_fields_complex_medium(m, x, thetas, kd, near_field=False):
 
     return Es_theta, Es_phi, Hs_theta, Hs_phi
 
-def diff_scat_intensity_complex_medium(m, x, thetas, kd,
-        coordinate_system = 'scattering plane', phis = None, near_field=False,
+def diff_scat_intensity_complex_medium(m, x, thetas, kd, phis = None,
+        coordinate_system = 'scattering plane', near_field=False,
         incident_vector=None):
     """
     Calculates the differential scattered intensity in an absorbing medium.
@@ -1118,20 +1118,20 @@ def diff_scat_intensity_complex_medium(m, x, thetas, kd,
         distance away from the center of the particle. The standard far-field
         solutions are obtained when distance >> radius in a non-absorbing
         medium.
-    coordinate_system : string
-        default value 'scattering plane' means scattering calculations will be
-        carried out in the basis defined by basis vectors parallel and
-        perpendicular to scattering plane. Variable also accepts value
-        'cartesian' which scattering calculations will be carried out in the
-        basis defined by basis vectors x and y in the lab frame, with z
-        as the direction of propagation.
     phis : None or ndarray
         azimuthal angles for which to calculate the diff scat intensity. In the
         'scattering plane' coordinate system, the scattering matrix does not
         depend on phi, so phi should be set to None. In the 'cartesian'
         coordinate system, the scattering matrix does depend on phi, so an
         array of values should be provided.  For 'cartesian' both thetas and
         phis should be 2D, as output from np.meshgrid.
+    coordinate_system : string
+        default value 'scattering plane' means scattering calculations will be
+        carried out in the basis defined by basis vectors parallel and
+        perpendicular to scattering plane. Variable also accepts value
+        'cartesian' which scattering calculations will be carried out in the
+        basis defined by basis vectors x and y in the lab frame, with z
+        as the direction of propagation.
     near_field : boolean
         True to include the near-fields (default is False). Cannot be set to
         True while using coordinate_system='cartesian' because near field