PROJ 2 OqEyXh
ON 67 YkFERIa076
CCW FP Pl^
CORE 6 h`( VMf'#
mHJGpJ=a-
DSEARCH 3 QUIET /;! I.|j
SYSTEM )h{+pK
ID 4P_ASPHERIC s?4nR:ZC}
OBB 0 35 0.5 !.285 @2hOy@V
UNI MM 0F%?< :
&
!WAVL CDF ! use visual wavelengths at C, d, and F lines +oHbAPs8
[$:L| V!{
WA1 .6562800 .5875600 .5460700 .4861300 .4358400 o`
dQ
CORDER 3 1 5 2 4 ;>F1?5 P{
WT1 9.00000 15.0000 16.0000 10.0000 7.00000 -"^xg"
END 2uV5hSHYe
;vbM C74J#
GOALS ! define the goals here T21?~jS
ELEMENTS 5 ! we want a four-element lens with a cover glass 1TF S2R n
BACK 0.6 1 ! ask for 0.4 mm back focus distance a`?Vc}&
FNUM 2.4 10 ! ask for F/2.7, weight of 10 4X+I2CD
THSTART .3 ! global search use thicknesses 0.1 mm BN &}g}N
RSTART 50 ! and starting radius of 50 mm ;:>q;%
ASPH 2 ! allow four aspheric terms: CC, 4th, 6th, and 8th power m`]d`%Ex
8HH R
delay 9999 ! these runs are fast, so don’t ask to continue on timeout %az6\"n
ANNEAL 10 1 Q ! anneal each case, temp 10 degrees, cool 1, including quick t~44ub6GN`
Quick YD{N )v
SNAP 5 ! redraw PAD screen every five passes 8U4In[4
STOP FIRST ! put the stop in front H <P d&
STOP Fix ! and keep it there Vo%Z|
QUICK 20 20 ! run quick mode 20 passes, then real mode 20 4^d).{&X
NGRID 6 ! 6x6 grid of rays in pupil _}T )\o
TOPD ! correct both transverse aberrations and OPDs, For Mobile !, ]c}Y{i
FOV 0 .2 .4 .6 .8 1 ! correct six field points wb h=v;
FWT 5 4 3 2 1 1 ! with these weights |2rOV&@l9
COVER .3 1.51872 64 ! the cover glass will be 0.3 mm thick with this GLM LnsYtkb r
PLASTIC 4 1 3 5 7 ! the four elements will be plastic NzeiGj
END ! end of goals section -})zRL0!'
(A=Z ,ed
SPEC PANT ! special PANT section starts here s<a G
RDR .001 ! these are tiny lenses, reduce derivative increments .j=mT[N,I
TLIMIT 3 .1 ! limits on thicknesses and spaces G drVH,j
SLIMIT 5 .1 dO,; k +
END ! end of PANT section ]D=fvvST
W/~q%\M {
SPECIAL AANT {))Cb9'
Skip h^''ue"
! start of special AANT section; these go into the merit fn. I:YgKs)[
ACC 1.5 ! center thickness no more than 1.5 mm GhjqStjS&l
ACM .5 ! and no thinner than 0.2 mm B ?y[ %i
! avoid critical angle; 60 degrees from surface normal _{eA8J(A<
AEC .3 10 1 ! keep edges over 0.2 mm \=x S?( v!
eos oL<5hN*D
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AEC 0.3 1 .1 ! Min Edge, Tar WT [Window], Default 1mm Mm9* $g!R
ACC 1.5 1 .1 ! Max. Center, Default 1Inch 5@I/+ D
ACM 0.5 1 .1 ! Min.Center AR&l9R[{N
AAE 0.2 1 .1 ! Air Edge )@y7 qb
ACA 50 v-Q> I5D;:
J |U FuD
M 1.17 10 A P YA 0.363636364 oEj$xm_}
M 1.76 10 A P YA 0.545454545 GMoz$c6n_
M 2.35 10 A P YA 0.727272727 + e f>ek
M 3.05 10 A P YA 1 +Z"[2Dm
4Mt RI
skip ,Tk53 "
M 0.29 1 A P YA 0.090909091 q(1hY"S"}b
M 0.59 1 A P YA 0.181818182 036QV M$
M 0.88 1 A P YA 0.272727273 0<fQjXn
M 1.17 1 A P YA 0.363636364 lQm7` +
M 1.47 1 A P YA 0.454545455 +> $Kmy[3
M 1.76 1 A P YA 0.545454545 `9P`f4 x
M 2.05 1 A P YA 0.636363636 9jNh%raG|
M 2.35 1 A P YA 0.727272727 imhE=6{
M 2.64 1 A P YA 0.818181818 P7l3ZH( g
M 2.93 1 A P YA 0.909090909 YRd `G3J
M 3.05 10 A P YA 1 +RkXe;q
eos kXlI *h
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!AOI CONTOL wqJl[~O$
!NAME AOI _u6MSRX[6$
LUL 29 50 1 A P UNI 1.0 0 0 0 LB0 =U8+1b
LLL 28 50 1 A P UNI 1.0 0 0 0 LB0 &0J8I Cd=
skip % [azMlp<
N%e^2 O)
M 5.3 1 A P UNI 0.090909091 0 0 0 LB0 s vS)7]{cU
M 10.6 1 A P UNI 0.181818182 0 0 0 LB0 7m?fv Ky
M 15.6 1 A P UNI 0.272727273 0 0 0 LB0 b' ~WS4xlD
M 20.4 1 A P UNI 0.363636364 0 0 0 LB0 bMv[.Z@v(
M 24.3 1 A P UNI 0.454545455 0 0 0 LB0 %P(2uesd
M 27 1 A P UNI 0.545454545 0 0 0 LB0 HYY+Fv5
M 28.6 1 A P UNI 0.636363636 0 0 0 LB0 q]SH'Wd
M 28.9 1 A P UNI 0.727272727 0 0 0 LB0 i<=2 L?[.I
M 29 1 A P UNI 0.818181818 0 0 0 LB0 Ap |g[J
M 29 1 A P UNI 0.909090909 0 0 0 LB0 1Y~'U
=9
M 29 1 A P UNI 1 0 0 0 LB0 ld 1[Usaq
eos CLJn+Y2
0V` ~z-#
END 8+32hg@^F
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