| 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! P?Gd}mdX?m ;,F-6RNj [attachment=111852] mhHA!:Y Z^/z [attachment=111853] HMEs8. gmF_~"^34 [attachment=111856]
D\45l H{ n>KZ]\ [attachment=111855] &y#\1K I2t-D1X [attachment=111854] !#,- B|]t\(~$[ [attachment=111857] 7AGZu?1]M [M7iJcwt ZPL程序代码如下: pz*/4 N3XVT{yo ! ex30401 dvg; ! This program shows how to create a doublet from scratch mr{k>Un\ ;w>3,ub(0 ! set system parameters hQg,#r(JE4 SYSP 30, 0 # set lens unit as mm |:7EJkKZ ])Q9=?Sd} SYSP 10, 0 # set system aperture as Entrance Pupil Diameter ?YkO+?}+ SYSP 11, 50 # set system aperture value as 50mm u):%5F/ h@PMCmf_ SYSP 201, 3 # set total wavelength number as 3 z)
]BV= SYSP 202, 1, 0.48613270 # set the 1st wavelength as 0.48613270 micron uZqu xu. SYSP 202, 2, 0.58756180 # set the 2nd wavelength as 0.58756180 micron O" X!S_R SYSP 202, 3, 0.65627250 # set the 3rd wavelength as 0.65627250 micron <eud#v SYSP 203, 1, 1 # set the 1st wavelength weight as 1 :|3"H&FWK SYSP 203, 2, 1 # set the 2nd wavelength weight as 1 *7xQp!w^ SYSP 203, 3, 1 # set the 3rd wavelength weight as 1 >0g`U PK.h E{R SYSP 200, 2 # set the 2nd wavelength as the primary wavelength {L-{Y<fke uNPD~TYN SYSP 100, 0 # set the field type as angle 323yAF SYSP 101, 3 # set the total field number as 3 =\Tud-1Z SYSP 102, 1, 0 # set field 1 as x=0 degree k2_6<v
Z SYSP 103, 1, 0 # set field 1 as y=0 degree ?vht~5' SYSP 104, 1, 1 # set field 1 as weight=1 +h gaBJy SYSP 102, 2, 0 # set field 2 as x=0 degree OVQxZ~uQ SYSP 103, 2, 3.5 # set field 2 as y=3.5 degree T;:',T[G SYSP 104, 2, 1 # set field 2 as weight=1 yO$r'9?,* SYSP 102, 3, 0 # set field 3 as x=0 degree 5H'b4Cyi` SYSP 103, 3, 5 # set field 3 as y=5 degree $ sA~p_] SYSP 104, 3, 1 # set field 3 as weight=1 eSvc/ CU , IMT '* ! set surface 1 as stop G(7\<x: STOPSURF 1 ' F 6au[ $dVgFot ! insert 3 surfcaces after stop j-I6QUd INSERT 2 6,g5To#vw INSERT 2 |$.sB|_
N INSERT 2 xyz\;3 VxPTh\O*[ ! set surface parameters v:J.d5 SURP 1, THIC, 275 # set surface 1 thickness as 275 % b>y $:-= > SURP 2, TYPE, "STANDARD" # set surface 2 type as "STANDARD",can be omitted ;K)?: SURP 2, COMM, "front f1" # set surface 2 comment GH; F3s SURP 2, CURV, 1/600 # set surface 2 curvature as 1/600 ]mD=Br*r~ SURP 2, THIC, 18 # set surface 2 thickness as 18
jKb=Zkd SURP 2, GLAS, "BK7" # set surface 2 glass type as BK7 3*2&Fw!B 2\z`G SURP 3, COMM, "back f1/front f2" # set surface 3 comment HhQPgjZ/ SURP 3, CURV, -1/115 # set surface 3 curvature as -1/115 ?^G$;X7B SURP 3, THIC, 18 # set surface 3 thickness as 18 X/;"CM SURP 3, GLAS, "F2" # set surface 3 glass type as F2 [hv3o0". K&Wv.}=V SURP 4, COMM, "back f2" # set surface 4 comment e~2*>5\: SURP 4, CURV, -1/243 # set surface 4 curvature as -1/243 (W}i287 SURP 4, THIC, 395 # set surface 4 thickness as 395 PU@U@ i/O,`2 UPDATE
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