L1 0.1[m] "Flat mirror half distance"
L2 0.05[m] "Spherical mirror half distance"
th 10[deg] "Flat mirror tilt angle"
dth 0.1[deg] "Initial ray angle from flat mirror normal"
T0 1[us] "Total computation time"
dt T0/200 "Time increment"
D_FM 12.5[mm] "Flat mirror diameter"
L_FM 10[mm] "Flat mirror thickness"
X_FM -L1*tan(th) "Flat mirror X position"
Y_FM 0[m] "Flat mirror Y position"
Z_FM -L1 "Flat mirror Z position"
RX_FM 0[deg] "Flat mirror X rotation"
RY_FM th "Flat mirror Y rotation"
RZ_FM 0[deg] "Flat mirror Z rotation"
D_SM 12.5[mm] "Spherical mirror diameter"
L_SM 10[mm] "Spherical mirror thickness"
R_SM 0.5[m] "Spherical mirror radius of curvature"
X_SM L2*tan(th) "Spherical mirror X position"
Y_SM 0[m] "Spherical mirror Y position"
Z_SM L2 "Spherical mirror Z position"
RX_SM 0[deg] "Spherical mirror X rotation"
RY_SM th/2 "Spherical mirror Y rotation"
RZ_SM 0[deg] "Spherical mirror Z rotation"
wl 0.78[um] Wavelength