PROJ
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ON 67 %X3T<3<
CCW yZ`\.GgC^&
CORE 6 r*
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DSEARCH 3 QUIET -a3C3!!
SYSTEM b#sO1MXv
ID 4P_ASPHERIC S C#
OBB 0 35 0.5 !.285 F Ekx&9]
UNI MM >(3 y(1;
!WAVL CDF ! use visual wavelengths at C, d, and F lines [lf[J&}X
5q\]] LV>
WA1 .6562800 .5875600 .5460700 .4861300 .4358400 DD1S]m
CORDER 3 1 5 2 4 HkrNt/]
WT1 9.00000 15.0000 16.0000 10.0000 7.00000 BsJClKp/
END j'Fni4;
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GOALS ! define the goals here aePk^?KbB
ELEMENTS 5 ! we want a four-element lens with a cover glass =#W6+=YN8
BACK 0.6 1 ! ask for 0.4 mm back focus distance &:rf80`z.
FNUM 2.4 10 ! ask for F/2.7, weight of 10 NunT1v ed
THSTART .3 ! global search use thicknesses 0.1 mm s S._N@f
RSTART 50 ! and starting radius of 50 mm n}"MF>zDK
ASPH 2 ! allow four aspheric terms: CC, 4th, 6th, and 8th power e. [h
zR%#Q_
delay 9999 ! these runs are fast, so don’t ask to continue on timeout r_QWt1K
ANNEAL 10 1 Q ! anneal each case, temp 10 degrees, cool 1, including quick c 5JxK U_
Quick kp[Jl0K5
SNAP 5 ! redraw PAD screen every five passes +7=3[K
STOP FIRST ! put the stop in front .A E(D7d6
STOP Fix ! and keep it there C[75 !F
QUICK 20 20 ! run quick mode 20 passes, then real mode 20 3o h(d. Z
NGRID 6 ! 6x6 grid of rays in pupil nk[ixVc
TOPD ! correct both transverse aberrations and OPDs, For Mobile \QVL%,.%M
FOV 0 .2 .4 .6 .8 1 ! correct six field points :>|[ o&L
FWT 5 4 3 2 1 1 ! with these weights lyP<&<Y5
COVER .3 1.51872 64 ! the cover glass will be 0.3 mm thick with this GLM p?5zwdX+`
PLASTIC 4 1 3 5 7 ! the four elements will be plastic _s^sZ{'2_
END ! end of goals section O[!]/qP+.
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SPEC PANT ! special PANT section starts here b Yia J
RDR .001 ! these are tiny lenses, reduce derivative increments zFlW\wc
TLIMIT 3 .1 ! limits on thicknesses and spaces Wa wOap
SLIMIT 5 .1 cf96z|^C
END ! end of PANT section vFor j*Xo
aPRF
SPECIAL AANT Ay[6r UO
Skip [5H #ay
! start of special AANT section; these go into the merit fn. bO9X;} \6
ACC 1.5 ! center thickness no more than 1.5 mm uT_bA0jK
ACM .5 ! and no thinner than 0.2 mm &4LrV+`$V
! avoid critical angle; 60 degrees from surface normal 8RB\P:6h
AEC .3 10 1 ! keep edges over 0.2 mm " 5=Gu1
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AEC 0.3 1 .1 ! Min Edge, Tar WT [Window], Default 1mm Dc
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ACC 1.5 1 .1 ! Max. Center, Default 1Inch L^dF
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ACM 0.5 1 .1 ! Min.Center 'vBuQinn
AAE 0.2 1 .1 ! Air Edge C-&\qAo?<:
ACA 50 D KR2b`J
!IcP O
M 1.17 10 A P YA 0.363636364 d-y8 c
M 1.76 10 A P YA 0.545454545 V3
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M 2.35 10 A P YA 0.727272727 b:2# 3 ;)
M 3.05 10 A P YA 1 v#TU7v?~
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M 0.29 1 A P YA 0.090909091 1GE[*$vuq
M 0.59 1 A P YA 0.181818182 f]Xh7m(Gh
M 0.88 1 A P YA 0.272727273 \C x2$<8
M 1.17 1 A P YA 0.363636364 ';Y0qitGB
M 1.47 1 A P YA 0.454545455 +xp) la.
M 1.76 1 A P YA 0.545454545 2)-Umq{]{
M 2.05 1 A P YA 0.636363636 Vmt$]/
M 2.35 1 A P YA 0.727272727 jBb:)
M 2.64 1 A P YA 0.818181818 PKJ w%.-
M 2.93 1 A P YA 0.909090909 Cs))9'cD]
M 3.05 10 A P YA 1 UyEN zK<%u
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!AOI CONTOL ;?4EVZ#o
!NAME AOI "Doz~R \\
LUL 29 50 1 A P UNI 1.0 0 0 0 LB0 -%,=%FBi~4
LLL 28 50 1 A P UNI 1.0 0 0 0 LB0 ]jjHIFX
skip Q WcQtM
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M 5.3 1 A P UNI 0.090909091 0 0 0 LB0 4
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M 10.6 1 A P UNI 0.181818182 0 0 0 LB0 >P@g].Q-
M 15.6 1 A P UNI 0.272727273 0 0 0 LB0 lha)4d
M 20.4 1 A P UNI 0.363636364 0 0 0 LB0 \xG_q>1_
M 24.3 1 A P UNI 0.454545455 0 0 0 LB0 a`I
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M 27 1 A P UNI 0.545454545 0 0 0 LB0 e>0gE`8A
M 28.6 1 A P UNI 0.636363636 0 0 0 LB0 - ({h @
M 28.9 1 A P UNI 0.727272727 0 0 0 LB0 cDS \=Bf
M 29 1 A P UNI 0.818181818 0 0 0 LB0 m~04I~8vk
M 29 1 A P UNI 0.909090909 0 0 0 LB0 xu\s2x$
M 29 1 A P UNI 1 0 0 0 LB0 R"W5R-
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END 7cB/G: {
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