Primicanje i odmicanje centara svjetlosnih
 snopova (C-C`) mijenja se Interferencijska slika.

Klikni za start
ili za stop.

Radijalne pruge se mogu brojati

L = (9.127912681921284, 1.188534810621885)
M = (8.891759266000262, 1.634602374028259)
c = Circle(L, M)
A = Point(c)
B = (-7.901030355320617, 2.065765234471162)
a = Segment(B, A)
C = (-0.8799125715533933, 1.2002002802515146)
D = (1.6557143928590081, 0.06898461434765284)
b = Segment(C, D)
E = (4.3476218386807135, -0.5902580254454194)
d = Segment(D, E)
F = Point(d)
G = Point(d)
H = Point(d)
I = Point(d)
J = Point(d)
K = Point(d)
N = Point(d)
O = Point(d)
P = Point(d)
Q = Point(d)
R = Point(d)
S = Point(d)
T = Point(d)
U = Point(d)
V = Point(d)
W = Point(d)
Z = Point(d)
A_1 = Point(d)
e = Circle(C, J)
f = Circle(C, T)
g = Circle(C, V)
h = Circle(C, G)
k = Circle(C, W)
p = Circle(C, U)
q = Circle(C, A_1)
r = Circle(C, A_1)
s = Circle(C, O)
t = Circle(C, F)
c_1 = Circle(C, Z)
d_1 = Circle(C, I)
e_1 = Circle(C, P)
f_1 = Circle(C, S)
g_1 = Circle(C, Q)
h_1 = Circle(C, R)
k_1 = Circle(C, N)
p_1 = Circle(C, K)
q_1 = Circle(C, H)
r_1 = Mirror(d_1, a)
s_1 = Mirror(k_1, a)
t_1 = Mirror(h_1, a)
c_2 = Mirror(g_1, a)
t' = Mirror(t, a)
s' = Mirror(s, a)
d_2 = Mirror(p_1, a)
e_2 = Mirror(f_1, a)
f_2 = Mirror(e_1, a)
h' = Mirror(h, a)
g_2 = Mirror(q_1, a)
e' = Mirror(e, a)
r' = Mirror(r, a)
h_2 = Mirror(c_1, a)
k' = Mirror(k, a)
g' = Mirror(g, a)
p' = Mirror(p, a)
f' = Mirror(f, a)
C' = Mirror(C, a)