PROJ R=PjLH&)
ON 67 hp[8.Z$7
CCW TNiFl hq
CORE 6 Y}F+4
(\SxG\`
DSEARCH 3 QUIET f$/Daq <M
SYSTEM ,wnF]K2D0
ID 4P_ASPHERIC Ee4oTU5Mb
OBB 0 35 0.5 !.285 _D
z4}:9
UNI MM QvqX3FU
!WAVL CDF ! use visual wavelengths at C, d, and F lines [j:%O|h
!o>/gI`
WA1 .6562800 .5875600 .5460700 .4861300 .4358400 qzV:N8+,`
CORDER 3 1 5 2 4 IWKQU/l!
WT1 9.00000 15.0000 16.0000 10.0000 7.00000
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END 1uS
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"y5c)l(Rg
GOALS ! define the goals here Soq
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ELEMENTS 5 ! we want a four-element lens with a cover glass Riu0;U( \
BACK 0.6 1 ! ask for 0.4 mm back focus distance dZ;csc@xv
FNUM 2.4 10 ! ask for F/2.7, weight of 10 B&<Z#C:I
THSTART .3 ! global search use thicknesses 0.1 mm My=p>{s
RSTART 50 ! and starting radius of 50 mm `)K1[&
ASPH 2 ! allow four aspheric terms: CC, 4th, 6th, and 8th power ? NVN&zD]
n802!d+Tn
delay 9999 ! these runs are fast, so don’t ask to continue on timeout r=s2wjk
ANNEAL 10 1 Q ! anneal each case, temp 10 degrees, cool 1, including quick L# (o(4g2
Quick #O `nQ
SNAP 5 ! redraw PAD screen every five passes s{hJ"lv:
STOP FIRST ! put the stop in front Jfo#IRC
STOP Fix ! and keep it there ar>S_VW*
QUICK 20 20 ! run quick mode 20 passes, then real mode 20 oXb}6YC
NGRID 6 ! 6x6 grid of rays in pupil 6(X(f;MEl
TOPD ! correct both transverse aberrations and OPDs, For Mobile * 496"kU
FOV 0 .2 .4 .6 .8 1 ! correct six field points 72luTR Q
FWT 5 4 3 2 1 1 ! with these weights 5f}wQ
COVER .3 1.51872 64 ! the cover glass will be 0.3 mm thick with this GLM aq[kKS`
PLASTIC 4 1 3 5 7 ! the four elements will be plastic }6ec2I%`o
END ! end of goals section m<