| 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！ 9 Vn
|jh&a+4W
[attachment=111852] SZ/}2_;
2oY.MQD7iW
[attachment=111853] t(<^of:
93Z/|7
[attachment=111856] p]/qf \E
jZRf {
[attachment=111855] q?R)9E$h
V L^.7U
[attachment=111854] qG=?+em
, `4chD
[attachment=111857] +>zjTP7\e"
|I; tBqN{u
ZPL程序代码如下： j41) X'MgJ
(s:ihpI
! ex30401 KKrLF?rc
! This program shows how to create a doublet from scratch 2 (SU# / ,
GM1z@i\5
! set system parameters U;o$ =,_p
SYSP 30, 0 # set lens unit as mm ;$`5L"I5$
li!3bv
SYSP 10, 0 # set system aperture as Entrance Pupil Diameter Vn ZRsFY<^
SYSP 11, 50 # set system aperture value as 50mm & XS2q0-x
=r w60B
SYSP 201, 3 # set total wavelength number as 3 % oPt],>
SYSP 202, 1, 0.48613270 # set the 1st wavelength as 0.48613270 micron -?jI{].:8
SYSP 202, 2, 0.58756180 # set the 2nd wavelength as 0.58756180 micron /G{;?R
SYSP 202, 3, 0.65627250 # set the 3rd wavelength as 0.65627250 micron H@+1I?l
SYSP 203, 1, 1 # set the 1st wavelength weight as 1 <7U\@si4
SYSP 203, 2, 1 # set the 2nd wavelength weight as 1 pKxsK^O5[
SYSP 203, 3, 1 # set the 3rd wavelength weight as 1 E{LLxGAEZ
d4#CZv[g/
SYSP 200, 2 # set the 2nd wavelength as the primary wavelength q=EHB 5!q
QR ?JN\%?
SYSP 100, 0 # set the field type as angle |S0w>VH>
SYSP 101, 3 # set the total field number as 3 O c[F
SYSP 102, 1, 0 # set field 1 as x=0 degree uW%(ySbq
SYSP 103, 1, 0 # set field 1 as y=0 degree ~pZ<VH;h
SYSP 104, 1, 1 # set field 1 as weight=1 h_( #U)z_3
SYSP 102, 2, 0 # set field 2 as x=0 degree BR*'SF\T
SYSP 103, 2, 3.5 # set field 2 as y=3.5 degree 8 vp*U
SYSP 104, 2, 1 # set field 2 as weight=1 s6DmZ ^Y%
SYSP 102, 3, 0 # set field 3 as x=0 degree y ;\m1o 2
SYSP 103, 3, 5 # set field 3 as y=5 degree TR<M3,RG#%
SYSP 104, 3, 1 # set field 3 as weight=1 %Tv2op
J1s~w`,
! set surface 1 as stop ~nVO%IxM4J
STOPSURF 1 &x":
bwC~
! insert 3 surfcaces after stop Nv~H797B
INSERT 2 xg;o<y KF
INSERT 2 o]@ Mg5(8Q
INSERT 2 wv7XhY}
f ?qp*
! set surface parameters @W1F4HYds
SURP 1, THIC, 275 # set surface 1 thickness as 275 % tE#%; Z
R<L<kChg
SURP 2, TYPE, "STANDARD" # set surface 2 type as "STANDARD",can be omitted x+;a2yE~
SURP 2, COMM, "front f1" # set surface 2 comment = pCO1<wR
SURP 2, CURV, 1/600 # set surface 2 curvature as 1/600 SWLt5dV
SURP 2, THIC, 18 # set surface 2 thickness as 18 ~Z>!SMXp<
SURP 2, GLAS, "BK7" # set surface 2 glass type as BK7 0! W$Cz[
d7]~t|
SURP 3, COMM, "back f1/front f2" # set surface 3 comment Xl %ax!/
SURP 3, CURV, -1/115 # set surface 3 curvature as -1/115 T&q0 TBT
SURP 3, THIC, 18 # set surface 3 thickness as 18 PB(q9gf"1}
SURP 3, GLAS, "F2" # set surface 3 glass type as F2 aGml!N5'
YApm)O={
SURP 4, COMM, "back f2" # set surface 4 comment a;h.I}*]
SURP 4, CURV, -1/243 # set surface 4 curvature as -1/243 T!%J x.^
SURP 4, THIC, 395 # set surface 4 thickness as 395 /wX5>^
Fd;%wWY.zm
UPDATE
|
|