关于计算OSC
<P>!This macro defines the optical sine condition values as UDF</P><P>gbl num ^f ^e ^w ^z ^v ^o
gbl num ^data(4)
fct @osc(num ^f,num ^e,num ^w,num ^z)
if ^e0
^v==(vly f^f z^z)
else
^v==(vuy f^f z^z)
end if
^real_dia==1.0-^v</P>
<P>^data(1)==0
^data(2)==^real_dia*^e/10
^data(3)==0
^data(4)==0
^ok==rayrsi(^z,^w,^f,0,^data)
^y==(y s1)
^u1==(m s1)
^u2==(m si)</P>
<P>^o==(thi so)</P>
<P>if ^o1e10
^osc==-(^y/^u2)-(EFL)
else
^osc==(^u1/^u2)-(red)
end if
end fct ^osc</P>
<P>将上面的文本另存为OSC.SEQ 则可以调用此函数来控制OSC了.</P>
<P>!This macro will output the OSC list.
!You should executre osc.seq before this file reading</P>
<P>rfd 1 1 1
lcl num ^f ^e ^w ^z
lcl str ^format1 ^format2 ^format3 ^format4</P>
<P>^format1 ==" FieldWavelengthZoom"
^format2 =="'2d' '4d.2d' '2d' "
^format3 ==" Relative PupilOSC "
^format4 ==" '2d' '3d.6d'"
^f==#1
^z==#2
^w==#3
^ww==(wl w^w)
wri q^format1
wri q^format2 ^f ^ww ^z
wri q^format3
for ^e 1 10
^osc==@osc(^f,^e,^w,^z)
wri q^format4 ^e ^osc
end for</P>
<P>将上面的这段文本另存为OSC_LIST.SEQ则可以将OSC计算列成表. (但首先要先运行OSC.SEQ)</P>
Sod88要买(3000)，倒还不如下载一个教育版的oslo
不错,谢谢!!
太好了，谢谢
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