| yuanch1982 |
2022-04-01 11:09 |
zemax中zpl程序问题
各位高手，请教一下，新手学zemax编程，照着敲了一段程序，在zemax中ZPL程序为什么运行不了，还请各位高手指点指点，谢谢！ U68o"iE
2=H3yEJq
[attachment=111852] 2qEm,x'S
N?!] ^jI,
[attachment=111853] wwnl_9a
R"Q=U}?$
[attachment=111856] jq6BwUN
nic7RN ?F<
[attachment=111855] CXqU< a&
l{ U-$}
[attachment=111854] S1 22.
I
lq2P10j @
[attachment=111857] .PyPU]w
9| yn{4E
ZPL程序代码如下： `<I+(8]Uz
8v&4eU'S
! ex30401 x5q5<-#
! This program shows how to create a doublet from scratch c(@V
t&gE
U
00}jH
! set system parameters ]Lg$p
SYSP 30, 0 # set lens unit as mm m`(5B
E. @n Rj#
SYSP 10, 0 # set system aperture as Entrance Pupil Diameter "b&[W$e
SYSP 11, 50 # set system aperture value as 50mm 32[ lsU>1
Xy{\>}i]N
SYSP 201, 3 # set total wavelength number as 3 ^8S'=Bk
SYSP 202, 1, 0.48613270 # set the 1st wavelength as 0.48613270 micron ,DrE4")4
SYSP 202, 2, 0.58756180 # set the 2nd wavelength as 0.58756180 micron l 4c9.'6
SYSP 202, 3, 0.65627250 # set the 3rd wavelength as 0.65627250 micron 96fz SZS,
SYSP 203, 1, 1 # set the 1st wavelength weight as 1 #DMt<1#:
SYSP 203, 2, 1 # set the 2nd wavelength weight as 1 HorFQ?8
SYSP 203, 3, 1 # set the 3rd wavelength weight as 1 n6T@A;_g
0eQwi l@
SYSP 200, 2 # set the 2nd wavelength as the primary wavelength <u \j 4<p
H f}->
SYSP 100, 0 # set the field type as angle 8,0p14I5;
SYSP 101, 3 # set the total field number as 3 ^6=y4t=%F
SYSP 102, 1, 0 # set field 1 as x=0 degree X) lz BM
SYSP 103, 1, 0 # set field 1 as y=0 degree w4YuijhW
SYSP 104, 1, 1 # set field 1 as weight=1 #Z8=z*4
SYSP 102, 2, 0 # set field 2 as x=0 degree %u"3&kOV
SYSP 103, 2, 3.5 # set field 2 as y=3.5 degree .
IBy'
SYSP 104, 2, 1 # set field 2 as weight=1 Y#3<w
SYSP 102, 3, 0 # set field 3 as x=0 degree /Jz ?~H{%n
SYSP 103, 3, 5 # set field 3 as y=5 degree $5XE'm
SYSP 104, 3, 1 # set field 3 as weight=1 OZ2gIK
m
Cvgs
! set surface 1 as stop HIUB:
STOPSURF 1 9&R. <I
gkDyWZG B
! insert 3 surfcaces after stop {j%'EJ5
INSERT 2 @ i $jyc
INSERT 2 =aM(r6 C
INSERT 2 '8+<^%c
92|\`\LP%
! set surface parameters "M.\Z9BCt
SURP 1, THIC, 275 # set surface 1 thickness as 275 ,DU D 4 [3
3 ZO\ P u
SURP 2, TYPE, "STANDARD" # set surface 2 type as "STANDARD",can be omitted ,tt]C~\u
SURP 2, COMM, "front f1" # set surface 2 comment s+{ )K
SURP 2, CURV, 1/600 # set surface 2 curvature as 1/600 9VyY [&
SURP 2, THIC, 18 # set surface 2 thickness as 18 %3B0s?,I
SURP 2, GLAS, "BK7" # set surface 2 glass type as BK7 BeAkG_uG
Z(F`M;1>xI
SURP 3, COMM, "back f1/front f2" # set surface 3 comment " `l8*]z
SURP 3, CURV, -1/115 # set surface 3 curvature as -1/115 8G&'ED_&
SURP 3, THIC, 18 # set surface 3 thickness as 18 u >R2:i
SURP 3, GLAS, "F2" # set surface 3 glass type as F2 ] B
ZSW
<Co\?h/<
SURP 4, COMM, "back f2" # set surface 4 comment Gt >*y.]
SURP 4, CURV, -1/243 # set surface 4 curvature as -1/243 cB,O"-
SURP 4, THIC, 395 # set surface 4 thickness as 395 O}Y& @V%4k
!Z f<
j
UPDATE
|
|