data

plan

@@ -24,12 +24,10 @@ QUESTIONS
 
 PRESENTATION
     Rappel des faits.
-    Matrices de diffusions.
+        Matrices de diffusions.
     Reflectivités temporelles.
     FTIR EAM.
     AFM EAM.
     Caractérisations de l'AC450CT.
     Méthode accordage vcsel eam.
-
     Comparaison FTIR calculs en fonction vitesses croissances.
-    TLM si terminées.

transfer_matrix_method.py

@@ -263,8 +263,8 @@ def em_amplitude_scattering_matrix(super_lattice, wavelength, normalize=True):
 
 
         # external mode coefficients
-        c_im = np.linalg.inv(s_global[di][0][1]) @ (c_ref -s_global[di][0][0] @ c_inc)
-        c_ip = s_global[di][1][0] @ c_inc +s_global[di][1][1] @ c_im
+        c_im = np.linalg.inv(s_global[di -1][0][1]) @ (c_ref -s_global[di -1][0][0] @ c_inc)
+        c_ip = s_global[di -1][1][0] @ c_inc +s_global[di -1][1][1] @ c_im
         c_e_i = np.array([c_ip[0],
                           c_ip[1],
                           c_im[0],