def substrat(x):
inputW = Gauss(r, r, 0, x)
result = coupling(inputW.func, outputW.func)
if result > substrat.maxVal:
substrat.maxVal = result
substrat.maxArg = x
return result
def angular_yz(fi):
d = 2*toRadians(fi)*r/div_angle
cylinder = Gauss(*w, a=0, b=main.max_coupling_point-d)
return coupling(planar.func, cylinder.func)
def angular(fi):
r1 = r / math.cos(fi * math.pi / 180)
cylinder = Gauss(r, r1, a=0, b=main.max_coupling_point)
return coupling(planar.func, cylinder.func)
def intersect(r, x):
cylinder = Gauss(r, r, x[0], x[1])
return coupling(planar.func, cylinder.func)
def traversal(d):
w1 = divergence(w, d, lam)
cylinder = Gauss(*w1, a=0, b=main.max_coupling_point)
return coupling(planar.func, cylinder.func)
def backreflection(fi):
d = 2 * toRadians(fi / 2) * r / div_angle
cylinder = Gauss(*w, a=0, b=main.max_coupling_point - d)
return coupling(reflection_cylinder.func, cylinder.func)
