例如:单透镜建模的RLE文件如下: !q~s-~d^ 4xhV
+Y RLE
gWA)V*}f ID SINGLET
;[WW,,!Y WAVL .6562700 .5875600 .4861300
/s& xI WT1 1.00000 .001000 1.00000
x3>K{ APS 1
r=4'6! UNITS MM
o%h"gbvMY! OBB 0.000000 5.0000000 12.7000000
Fh& `v0 0 AIR
5%D:wS1 1 RAD 100.0000000000000 TH 5.00000000
<.(IJ 1 N1 1.51431710 N2 1.51679451 N3 1.52237021
4XK*sR0-` 1 CTE 0.710000E-05
yXS ~PG 1 GTB S 'N-BK7 '
.:Bjs* 2 RAD -100.0000000000000 TH 95.91906767 AIR
Zoj.F 2 TH 95.91906767
{g\Yy(r
2 YMT 0.00000000
CyO2Z
3 CV 0.0000000000000 TH 0.00000000 AIR
vn3<LQ] END
=[(1u|H9 透镜二维图如下:
`x$d8(1J`# Qi2yaEB <ro0}%-z>M 在Command Window中输入SPEC查看表面数据如下,表面1厚度为5mm:
1i#uKKwE l5Z=aW Q -h^FSW($-R n[n0iz1- 现在,想要控制表面1的厚度在一定范围内,可在Editor Window中输入:
}!\NdQs & S_gNa _CAWD;P 运行
优化宏后,
镜头结构如下:
%]nYv#K 2H;&E1: dsX{5 同样,在CW中输入SPEC,查看表面1数据,如下:
KCJ zE> b>;>*'e TYWajcch fJLlz$H 如果想要控制表面1的边缘厚度在一定范围,可参考如下输入:
&>0=v #rMMOu9r2