How output these diagram in CODE V?
How output these diagram in CODE V?
1.Relative Illuminance
2.Chief ray angle Vs. Image height
3.TV Distortion
[此贴子已经被作者于2005-10-7 15:56:33编辑过]
除了最后一个,其它的都需要编写宏才能实现.
<P>谢谢，网上那能找到这种宏？</P>
<P>Redflag:</P>
<P>Sorry,我看不懂，能否细说？</P>
<!--StartFragment --> <BR>送你一个宏，现主光线在像面上的入射角度的。相对亮度的可以修改此宏实现。 更多的分析都需要自己动手去实现。<BR>在网上，别人可以帮助你，但对自己而言，需要更多的时间去学习，而不是索取答案。<BR><BR><BR><BR>!*****************************************************************************<BR>! Sequence: TELEPLOT.SEQ<BR>!<BR>! Purpose: Macro to plot INCIDENT RAY ANGLE<BR>! <BR>! Syntax: in TELEPLOT <BR>!<BR>!<BR>! Author: Doffey Date: 2005-10-08<BR>!<BR>! History: 2003-07-15<BR>! <BR>!*****************************************************************************<BR>! arg0 "Plot the Incident angle on the Image surface"<BR>!<BR>! arg1 name "Maximum Incident angle"<BR>! arg1 type num<BR>! arg1 default 30<BR>! arg1 help "Maximum Incident angle"<BR>!<BR>! arg2 name "Plot Grid?"<BR>! arg2 type str<BR>! arg2 choice "Yes" "No"<BR>! arg2 default "Yes" <BR>! arg2 help "Plot Grid On the Graph?"<BR>!****************************************************************************<BR><BR>rfd 30 y<BR><BR>lcl num ^numfld ^i ^j<BR>lcl num ^fld(25) ^reli(25)<BR>lcl str ^dim <BR>lcl num ^maxfld<BR>lcl str ^plot_grd<BR><BR>^plot_grd == rfstr(2)<BR>^plot_grd == substr(upcase(^plot_grd),1,1)<BR><BR>if ^plot_grd"N"<BR>^plot_grd == "Y"<BR>end if<BR><BR>ver n<BR><BR>out n<BR>^numfld == (num f)<BR><BR>!********** 可以扩展采样密度，使画出的曲线更准确 *****************************<BR>!if (typ fld)="ANG"<BR>! ^maxfld == (yan f^numfld)<BR>!else if (typ fld)="OBJ"<BR>^maxfld == (yob f^numfld)<BR>!else if (typ fld)="IMG"<BR>^maxfld == (yim f^numfld)<BR>!else if (typ fld)="RIH"<BR>! ^maxfld == (yri f^numfld)<BR>!else<BR>! ^maxfld == 0<BR>!end if<BR><BR>!^f=='f'<BR><BR>!save<BR><BR>!del fa<BR>!for ^i 1 20<BR>!ins f^i+1<BR>!^f==concat(^f,num_to_str(^i+1))<BR>!in cv_macrcvsetfield Y ^i*^maxfld/20 $f<BR>!^f=='f'<BR>!end for<BR>!****************************************************************************<BR><BR><BR>^numfld == (num f) <BR>for ^i 1 ^numfld<BR>if (typ fld)="ANG"<BR>^fld(^i) == (yan f^i)<BR>else if (typ fld)="OBJ"<BR>^fld(^i) == (yob f^i)<BR>else if (typ fld)="IMG"<BR>^fld(^i) == (yim f^i)<BR>else if (typ fld)="RIH"<BR>^fld(^i) == (yri f^i)<BR>else<BR>^fld(^i) == 0<BR>end if<BR>end for<BR><BR>out y<BR>wri "Calculating the Incident Rany angle..."<BR>wri<BR>wri " Field Incident Ray angle"<BR>for ^i 1 ^numfld<BR>wri Q" 'dd.ddd' 'dd.ddd'" ^fld(^i) (aoi si w2 r1 f^i)<BR>end for<BR>out n <BR><BR>! plot the Incident ray angle vs Field curves using UGR<BR>ugr<BR><BR><BR>tit substr((tit),1,40)<BR>if (dim)="I"<BR>^dim == " (inches)"<BR>else if (dim)="M"<BR>^dim == " (mm)"<BR>else if (dim)="C"<BR>^dim == " (cm)"<BR>else<BR>^dim == ""<BR>end if<BR>if (typ fld)="ANG"<BR>xla "FIELD ANGLE"<BR>else if (typ fld)="OBJ"<BR>xla concat("OBJECT HEIGHT",^dim)<BR>else if (typ fld)="IMG"<BR>xla concat("IMAGE HEIGHT",^dim)<BR>else if (typ fld)="RIH"<BR>xla concat("REAL IMAGE HEIGHT",^dim)<BR>else<BR>end if<BR>yla "INCIDENT RAY ANGLE"<BR>xax 0 ! x and y cross at zero<BR><BR>if ^plot_grd = "Y"<BR>xde grd (^fld(^numfld))/10<BR>els<BR>xde (^fld(^numfld))/10<BR>end if<BR><BR>yax 0<BR>ymi 0 ! MTF range 0-1 by 0.1<BR>yma #1<BR>if ^plot_grd = "Y"<BR>yde grd 1<BR>els<BR>yde 1<BR>end if<BR><BR>yfo f 1 ! number formats for labels<BR>xfo f 2<BR>! create data point sets<BR>dpo 'R1 (Chief Ray)'<BR>spl 1 red <BR>for ^i 1 ^numfld<BR>^fld(^i) (aoi si w2 r1 f^i)<BR>end for<BR>end<BR><BR><BR>^str == num_to_str(#1)<BR>^str == concat(^str, " DEGREE")<BR>DPO ^str; LIN 6 blu; <BR>0 0; <BR>^fld(^numfld) #1;<BR>0 #1;<BR>END<BR>go<BR>GOT END<BR><BR>wri<BR>lbl ER<BR>out y<BR>wri "ERROR: buffer error,Please check your lens!"<BR>out n<BR>lbl END<BR>!res<BR>ver y<BR>OUT YES<BR><BR>
<P>Thank you! </P>
<P>这个已运行成功，我可以借此研究研究啦！</P>
This document related to my current job. Thanks for the sharing!
不错,看来要好好学习了,
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