CLOSE WINDOW xeZ,}YP)
DELETEMFO ALL "Z#&A
W = 5 <b{ApsRJf
K= 20 ]"F0"UH,
sample = 80 y%z$_V]
SYSP 11, W*6 |2^cPnv?G&
SYSP 12, 1 2#p6.4h=
apod_factor =1/POWER((1/3),1) TTBl5X
SYSP 13, apod_factor #Z8<H
FOR I, 1, sample+1, 1 A5/Q:8b
INSERTMFO I 6 Rg{^E Rf
SETOPERAND I, 11, “REAY” e6,/i
SETOPERAND I, 9, 1 k;q|pQ[
norm_pupil_coord = I/sample yn`H }@`k
X= norm_ pupil_coord*W*3 MdCEp1Z
# Un-normilized pupil coordinate \z0"
S= K*SQRT(1-EXPE(-2*POWER(X,2)/POWER(W,2))) `@-H
;
#same as the final equation in the article uh@ZHef[l
SETOPERAND I, 8, -S qm]k
(/w
# set target. Positive input #coordinatehas negative IJ[#$I+Z%
# output coordinate (positive lens) thusthe negative sign mD=x3d
SETOPERAND I, 7, norm_pupil_coord p
0R)Yc+;
# Set Py column of the operand c]#F^(-A`
SETOPERAND I, 2, NSUR() epR7p^`7
# specify the image surface for the REAYvalue calculation abx/h#_q
NEXT &*A7{76x
OPTIMIZE D&: