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README.md

@@ -190,12 +190,12 @@ TIP: If the `frohlichpolaron` errors or you interrupt the calculation whilst you
 To calculate polaron properties for a material with multiple phonon modes the code requires a vector of phonon frequencies (at the gamma point), a vector of corresponding infrared activities for each phonon mode, and the unitcell volume of the material. The code uses this additional information to calculate the ionic dielectric contributions to the static dielectric function.
 For example, for MAPIe:
 ```
-volume = (6.29e-10)^3
-m_eff = 0.12
-ϵ_static = 24.1
-ϵ_optic = 4.5
-phonon_freqs = [4.016471586720514, 3.887605410774121, 3.5313112232401513, 2.755392921480459, 2.4380741812443247, 2.2490917637719408, 2.079632190634424, 2.0336707697261187, 1.5673011873879714, 1.0188379384951798, 1.0022960504442775, 0.9970130778462072, 0.9201781906386209, 0.800604081794174, 0.5738689505255512]
-ir_activities = [0.08168931020200264, 0.006311654262282101, 0.05353548710183397, 0.021303020776321225, 0.23162784335484837, 0.2622203718355982, 0.23382298607799906, 0.0623239656843172, 0.0367465760261409, 0.0126328938653956, 0.006817361620021601, 0.0103757951973341, 0.01095811116040592, 0.0016830270365341532, 0.00646428491253749]
+julia> volume = (6.29e-10)^3
+julia> m_eff = 0.12
+julia> ϵ_static = 24.1
+julia> ϵ_optic = 4.5
+julia> phonon_freqs = [4.016471586720514, 3.887605410774121, 3.5313112232401513, 2.755392921480459, 2.4380741812443247, 2.2490917637719408, 2.079632190634424, 2.0336707697261187, 1.5673011873879714, 1.0188379384951798, 1.0022960504442775, 0.9970130778462072, 0.9201781906386209, 0.800604081794174, 0.5738689505255512]
+julia> ir_activities = [0.08168931020200264, 0.006311654262282101, 0.05353548710183397, 0.021303020776321225, 0.23162784335484837, 0.2622203718355982, 0.23382298607799906, 0.0623239656843172, 0.0367465760261409, 0.0126328938653956, 0.006817361620021601, 0.0103757951973341, 0.01095811116040592, 0.0016830270365341532, 0.00646428491253749]
 
 julia> MAPIe = material(ϵ_optic, ϵ_static, m_eff, phonon_freqs, ir_activities, volume)