Dielectric–dielectric boundary conditions, oblique plane. Write a program in MATLAB...

Dielectric–dielectric boundary conditions, oblique plane. Write a program in MATLAB that uses dielectric–dielectric boundary conditions in Eqs.(2.4) and (2.5) to find the electric field intensity vector in medium 2 near the boundary (E₂) for a given electric field intensity vector in medium 1 near the boundary (E₁), if no free charge exists on the boundary surface (ρ_s = 0). The program should be written for an arbitrarily positioned (oblique) boundary plane between dielectric media 1 and 2, which does not necessarily coincide with one of the coordinate planes of a Cartesian coordinate system; however, the plane contains the coordinate origin. Assume that relative permittivities ε_r1 and ε_r2 of the media are also known, as well as the Cartesian components of the normal on the boundary, directed from region 2 to region 1. (ME2_ 4.m on IR)

Reference: Equation(2.4) and (2.5)