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@@ -70,6 +70,7 @@ def analyze(data, dist, z_vec, wl_idx):
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kappa1= np.sqrt(k_spp**2 - eps1*k_0**2)
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kappa1= np.sqrt(k_spp**2 - eps1*k_0**2)
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kappa2= np.sqrt(k_spp**2 - eps2*k_0**2)
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kappa2= np.sqrt(k_spp**2 - eps2*k_0**2)
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+ # TODO def check_field_match():
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H1 = data_in_air[:,6,wl_idx]
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H1 = data_in_air[:,6,wl_idx]
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H2 = data_in_gold[:,6,wl_idx]
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H2 = data_in_gold[:,6,wl_idx]
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E1 = data_in_air[:,4,wl_idx]
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E1 = data_in_air[:,4,wl_idx]
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