cleaning of contrib_spheroids.py

mstm_studio/contrib_spheroid.py

@@ -9,8 +9,8 @@
 #                                                       #
 # ----------------------------------------------------- #
 """
-Contributions to UV/vis extinction spectra other
-then obtained from MSTM.
+Contributions to optical extinction spectra from axial-symmetric
+particles. Currently, spheroids.
 """
 from __future__ import print_function
 from __future__ import division
@@ -134,31 +134,3 @@ def plot_shape(self, values, fig=None, axs=None):
             plt.show()
         return fig, axs
 
-
-if __name__== '__main__':
-    # tests come here
-    from mstm_studio.alloy_AuAg import AlloyAuAg
-    wls = np.linspace(300, 800, 51)
-    npsize = 10
-    sph = SpheroidSP(wavelengths=wls)
-    sph.set_material(AlloyAuAg(x_Au=1), 1.5)
-    sph.NORDER = 5
-    sph.plot_shape([1, npsize, 1.0])
-    ext_sph = sph.calculate([1, npsize, 1.0])
-    # sph.plot([1, 10, 1.0])  # scale, diameter, aspect
-
-    from mstm_studio.contributions import MieSingleSphere
-    mie = MieSingleSphere(name='mie', wavelengths=wls)
-    mie.set_material(AlloyAuAg(x_Au=1), 1.5)
-    ext_mie = mie.calculate([1, npsize])
-
-    ext_sph = ext_sph
-    norm_sph = np.sum(ext_sph)
-    ext_mie = ext_mie
-    norm_mie = np.sum(ext_mie)
-    scale = norm_mie / norm_sph
-    print('scale mult: %f' % scale)
-    plt.plot(wls, ext_sph * scale, label='T-mat')
-    plt.plot(wls, ext_mie, label='Mie')
-    plt.legend()
-    plt.show()