CODE V 用マクロ集 Vol.2 取扱説明書
Contents
1. in X parameter Y parameter X min X max Y min Y max X parameter EFL Y parameter Y FNO X min XX C 1 X max XX C1 Y min Y C1 Y max Y C1 uro X parameter Y_parameter EFL BFL FNO IMG OAL HT ANG END ENT EXD EXT STD 1 help GUI Macro mgp seq P A A J gt 72 tE a 2 2 7 EFL zi dB E gt fib E fi vi E gt fib IN ZOOM SAMPLE IN MGP L UV UV RFF2. 1 2 NODP 1 4 IN NODP UDF RES CV LENS MOVIE NODP IN CV MACRO MAKEGLBS 7 7 6 DEZ THI S6 IN CV MACRO MAKEGLBS 12 12 11 DEZ THI S11 IN CV_MACRO MAKEGLBS 14 14 13 DEZ THI S13 TOW ZLI SA power 0 134074 0 464553 0 146220 0 501871 scale sz 1 f 11 12 13 14 3h efl 53 331 20 200 63 310 18 538 hh 1 103833 a o7b378 5 988 4 0 000000 power 0 014288 049906 0 015745 53482 hh 10 414473 39 95790 22 900099 0 000000 2 3 IN NODP UDF RES CV LENS DBGAUSS INPA1149 power 4 403953 5888 51 2 278088 efl 11 435 14 95 996 hh 0 217645 0 222245 0 000000 power 0 024033 0 066326 0 027701 hh 41 755024 22 220523 0 000000
3. OMAP rot delta n 51 52 8 delta n IN CV_LENS TRTPLET DRO minthi 1 minthi IN MINTHI 1 minthi LVR 1 minthi 1 8 4 1 4 5 2 3 EVA minthi 1 3 4 0 1 5 THC S30 3 AUT 1 8 4 minthi 1 3 4 0 1 5 2 3 EVA Gminthi 1 3 4 0 1 5 EH 21 MTF MTE_VS_SINTTLT
4. LEN NEW RES LENS THREEMIR 1 IN EFLBYRSI UDF 1 EVA Geflbyrsi udf 1 45 eva Geflbyrsi udf 1 45 gt QEFLBYRSI UDF 1 45 223 076426098 5 gt 18 RMS RMSSPOTSIZE RMS 20 0 000 7 105 DG 0 00 1 00 0 000 14 00 DG 0 00 0 71 0 000 10 00 DG 0 00 0 00 0 000 0 000 DG DEFOCUSING UUUULU Double Gauss U S Patent 2 532 751 Macro rmzspaotzize zeiq EE EIL SPOUTDATA 2 246 H Cu je A dI CES A 20 Aala 5832 50 gt P A g rmsspotsize 1 2 8 4 5 HLA AL 3 Si 100
5. for env 1 2 3 4 A73 1 O O 1 2 3 2 0 3 0 4 3 0 1 J meet meu 2472 2478 M a I cul ex 28
6. WIDE TELE 2 2 HE RES CV LENS MOVIE THI SI 0 DEZ THI SI SET APE SA DEL Z2 DEZ CIR 58 auto const seq oal s1 14 61 745 oal s14 1 45 7776 1 1 4 1 4 TOW IN CAMS 10 4 auto const seq step 4 4 B1CB4 4 actual fitted by oder of 4 Err
7. XX RES CV LENS MOVIE TOW IN VS FIELD 0 15 0 10 20 30 40 N lt VS FIELD MIF Paraxial Image Height Zoom Position 1 apatial Freq apatial Freq npatial Freq apatial Freq 10 lp mm 20 Clp mm 30 Clp mm 40 Clp mm Parax IMG 0 0 0 0 0 1 ls 1 l i f i om 3 3 3 MIF vz Paraxial Image Height Zoom Position 2 apatial Freq ahatial Freq ahatial Freq npatial Freq ilp mm 20 tlp mm itlp mmJ ilp mm Parax IMG 13 lt VS FIELD ve Faraxial Image Height Zoom position 1 qe 0 360 D 720 1 08 1 80 Faraxial Imgage Height Cmmi 5 14 F 0 F_THETA UXO O ER LUA F FT60 7
8. PAZ IN PAZ 0 1 2 Macro paz geq dd Choice of utput seven NODP beta THD IN BETA UDF IN NODP UDF IN LENS MOVIE IN PAZ A sz NPZ betal 1 69 990 b 27b 50 097 0 000 11 20 200 217 8 230 0 513 15 13 63 310 0 635 1 432 0 497 l4 25b 18 698 19 225 13 175 526 2 C1 947 0 513
9. infor 218 infor env 149 infor env 3197 infor env3194 y o 29 2 CODE V CODE V 10 0 3 cvtech cybernet 97 4 Copyright C 2012 CYBERNET SYSTEMS CO LTD 47 ROI
10. MTF mtf vs sintilt 1 2 3 44 5 6 7 A77 1 1 1 H2 0 51 1 H3 1 HA 10 5 10 lp mm H6 7 Yes Macro mtf ws zintilt zeq gt Jk AFA t 8 9 570 Firzt surface Last surface Maximum tilt ualue Humber of tilt steps 4 4 Spatial frequency Ip mm Pe zoom position Indication of data points Yes even GUI 1 2 5 MTF 3 2 4 MTF vs MTF
11. 8 5 MTF 3 2 4 MTF vs MTF 25 10 0 RES CV LENS DBGAUSS TOW IN MTF VS SINDEC 1 110 1 10 101y lt VS SINDEC vZu MIF Single Surface Decenter Title Double Gausa U S Patent 3 532 751 Date l May Zl l3 WIF Surface Decenter 81 spatial Frequency 10 lp mm Field 1 Field 2 Field 3 0900 0400 0200 0200 0400 0600 0900 1000 HIF Surface Decenter 32 Spatial Frequency 10 ilp mm Field 1 Field Z Field 3 Cio 26 y REJ lt VS SINDEC 82 D o LU A p o bal
12. 4 5 NRD X Y RMS SPO 20 LEN NEW RES CV LENS DBGAUSS TOW IN RMSSPOTSIZE 1 3 50 1 60 0 179457 0 559136 0 374280 1 154398 0 262328 0 789709 0 068263 Defonusz 0 152398 zoom Ma ImageHeight XJ ImageHeight Y 12 4638 EHS SPOT Diameter 0 179457 19 2 MINTHI 2 minthi minthi seq minthi EVA minthi z 81 s2 rot delta n Q9minthi0 O 2E EVA AJ z s1 s2 rot 0 1 delta n 2 s1 s2 Z 125 3
13. 30
14. 4 PA in pa 1 2 43 44 45 6 7 8 9 AJ 41 0 1 2 1 0 3 2 0 4 3 0 5 4 O 6 5 0 7 6 0 8 7 0 49 8 0 Macro power apparatuz zeq Switfh for Groupe selection Start surf num of 1st grp Start surf num of 2nd srp Start surf num of 3rd grp Start surf num of 4th zrp Start surf num of 5th zrp Start surf num of 5th grp Poo Start surf num of rth zrp Start surf numb of Sth zrp DD pyel 0 GUI
15. ORA 10 Apr 08 FNO 7 IN EFL EXT 25 85 75 15 10 Apr 08 EXT IN EFL OAL 10 Apr 08 OAL 100 Zx 8 Ame eic JI Wa 5 CAM3 S O in cam3 1 2 3 A73 H1 10 2 H3 Humber af division rder of polynomial Constraints File GUI
16. EFL calculated hy Real Ray Tracing unit used in this system 42 w ae e I o 150 200 250 zimuth Dez Y gt ver n Azimuth dez Lens unit b4d 077 1B55 074 74 1E5 077 F ZC 5 gt 17 EFLBYRSI UDF S1 eflbyrsi_udf eflbyrsi_udf seg eflbyrsi_udf deg mm mm
17. 0 1 7 4 0 1 H8 No 8 ANG OBJ IMG Macro mtf ws field seq Macro to plot TF vs field far the optional field steps This macro only supports a zvmmetrical system Masimum Field value Field steps Y Zoom position DD lst Spatial frequency 1 9 13 Z end Spatial frequency 3rd Spatial frequency BDUL 5 Ath Spatial frequency Change the Filed GUI 12 CK e GELD Cx 2518 8 9 TO MTF MTF 8 MTF 4 MTF MTF
18. 22 10 RES CV LENS DBGAUSS TOW IN V8 SINTILT 111110101y VS SINTILT MIF single Surface Tilt Title Double Gauss U S Patent 2 532 751 Date l May 20103 surface Tilt 51 Tilt dez spatial Frequency 10 ilp mm Field 1 Field Field HTF Surface Tilt S2 Spatial Frequency 10 ilp mm Field 1 Field 2 Field 3 Tilt idez BE 23 lt VS SINTILT Field 1 Field 1 MTF vs Surface Tilt 51 Field 1 MTF vs Surface Tilt S2 Field 1 Field Z Field 2 Spatial Frequency 10 Ip mm Field 2 Spatial Frequency 10 Ip mm Field 2 Field Field Field Field Zoon Pesitien 1 Zoon Position 1 AANA LEAL LH IT m EN uH m En Pd DD DD L 000 0 300 0 600 D 400 D z00 0 000 0200 D400 0 600 D300 L 000 L 000 0 300 0 600 D 400 D z00 0 000 0200 0 400 0 600 1 000 Tilt degree Tilt degree Field 1 Field 1 MTF vs Surface Tilt S3 Field 1 MTF vs Surface Tilt 54 Field 1 Field 2
19. PSF SCAN_ANA PSF in scan ana 1 2 3 a EEEE OOOO Antara 127 E i135 A77 1 PSF FFT CTGR H2 PSF PGR 3 PSF PSF 1 PSF XY IN SAMPLE SCANLENS 81Z TOW VIE PLC XZ GO 2 TOW IN SCAN ANA 128 31 0 135 TGR 128 PGR 31 AZ E 0 135 WP C XCVUSERXmacro pack 2XscanYscan ana seq WP C XCVUSER macro pack 2XscanYXscan ana seq m OF gt Ram H w 684848 Aa PSF X and Y diameters at 13 50 level Zoom Field Defocus GRI size 2 Ratio Y X 1 0 000000 0 008024 s 1 471128 0 000000 0 008024 5 1 443812 0 000000 0 008024 4 1 635462 0 000000 0 008024 0 000000 0 008024 0 000000
20. lt e AG U bl B2 B3 i c0 6 926 001 3 462e 001 7 952e 000 ma cl 2 104e 000 2 544s 001 9 497e 001 c 6 049e 002 2 752e 001 3 232e 001 SiL uu x e 5 952e 002 1 850e 002 2 262e 002 T cA 1 652e 003 1 849e 003 2 004e 003 gt L L n V LUI S m E TL A SN vp MTF MTF VS FIELD MTF 4 in mtf vs field 1 2 3 4 5 6 7 8 427 41 0 2 15 H3 0 4 1 10 lp mm 45 2 0 1 6 3
21. performance Bl b B3 B4 9 107e 001 8 211 001 4 643 001 l1 b35e 001 2 cl 1 268 011 2 329 000 1 382 000 1 081 011 4 248 012 3 043 002 3 4861e 0Ul 8 012 Im z s 5 98 018 1 7b6e 003 5 7 9 002 4 371e 015 zoom step c 2 1886e 014 3 008 004 5 833 008 1 790e 014 P Ta TOW IN CAMS 10 5 auto const seq 5 B1CB4 5 fitted by oder of 5 Err B BS B4 3 107e 00I 8 212 001 4 7590e 001 l b33e 00 l d cl 5 859 010 2 348e 000 2 332e U02 9 890 011 Z 79B0e 010 2 133 002 S 18be 00l 4 712e 011 10 011 1 226e 004 7 955 002 9 562 012 E i b 024e 012 1 28 004 3 207e 008 9 08 019 zoom step cb 1 548e 013 5b T724e 006 4 180 004 2 834e 014 10 IN CV MACRO EXTLEN or01664 THI SI 0 SET APE DEZ CIR SS DEL Z2 TOW IN CAMS 10 4 WU HH as 1 Hi N A i 2225 4 u u _
22. 7 SE BBE in f theta 1 42 3 4 OO 1 2 r 2 Xor Y 3 or or GUI 4 F 9 IN SAMPLE_SCANLENS_81Z TOW VIE PLC XZ GO IXZ 2 IN THETA 12 x efl 0 12 WP C CVUSERXf theta seq lin C XCVUSEREf theta seq 12 x CODE V out n F Theta Linearity Focal length 305 00 Z NGLE IMAGE REFERENCE ERROR Position DEGREES HEIGHT IMAGE HEIGHT PERCENT WP in C XCVUSERX macro pack 2 f theta f theta 12 x efl GO gt iQ amp S 81 2 A F Theta Linearity 13 09 Z1 5 15
23. va 0 Ea E 51 MTF vs Surface Decenter 42 Tan 42 Rad 43 Tan d 3 Rad Fie Fie Fie Fie Spatial Frequency 10 lp mm 42 Tan d 2 Rad d3 Tan d 3 Rad Fie Fie Fie Fie Spatial Frequency 10 lp mm 1 Zoom Position 1 Zoom Position 2 2470 9 7679 p oeno 9 0000 27 0279 Decenter mm 0 1960 TA MR 0 4009 0 0070 LLLLEILLLLL 2 0009 9 0270 7 0429 07 09 Decenter mm 109 0 9909 MEO 0 0070 9 09 E 5 MTF vs Surface Decenter 83 MTF vs Surface Decenter 42 Tan d 2 Rad d3 Tan d 3 Rad Fie Fie Fie Fie Spatial Frequency 10 lp mm 42 Tan d 2 Rad 43 Tan d 3 Rad Fie Fie Fie Fie Spatial Frequency 10 lp mm 1 Zoom Position 1 Zoom Position 9 0960 9 9270 9 0470 9 7650 p pero Decenter mm MOS 9 0000 0 0600 0 0400 0 0070 LILIIWIIHII AA ANNT 9 0960 9 0270 7 2479 9 76509 9 7679 Decenter mm 100 9 0 0Q 0450 0 0070 9 90 se k 27 TFOR_ENV
24. Field 2 Spatial Frequency 10 Ip mm Field 2 Spatial Frequency 10 Ip mm Field 2 Field Field Field Field Zoon Position 1 D 10 D 60 0 60 de IL L 000 D 00 D 600 0 400 0 M D non 0 200 D 400 D 600 0 500 1 000 1 000 D 300 0 600 D 400 0 M 0 000 0 200 D 400 D 600 0 500 1 000 Tilt degree Tilt degree 24 Y MTF MTF VS_SINDEC MTF mtf vs sindec 1 2 3 4 5 6 7 A77 1 1 1 H2 0 51 1 3 0 01 HA 10 5 10 Ip mm 6 Q 7 Yes Macro mtf vs sindec seq 3E Se pm dr SMF 27 First surface 4 Last surface Maximum decenter value 1111 Humber of decenter steps C Spatial frequency Ip mm Pe toom position Indication of data points Yes even 1 2
25. 0 008024 0 000000 0 008024 0 072102 0 089970 1 247817 0 000000 0 008024 0 085118 0 110671 1 300240 The above table is in buffer B2 PSEDEESEQ PSFSIZE SEQ Z C CODEV MACRO 16 EELBYRSI 81 Macro eflbyrzr seq ELIT s lt F in eflbyrsi 1 A27 sd 81 mm mm LEN NEW RES CV_LENS THREEMIR TOW IN EFLBYRSI 1 1
26. 3 8 IN PAZ 1 ell NPZ NNZ 9 991 b z b b 08 10 414 29 564 39 414 11 20 200 2 617 3 200 39 066 10 816 4 505 14 63 310 0 635 1 492 2 991 20 979 22 442 ib 18 698 18 225 13 175 efl MF NP2 69 990 5 275 5 0987 0 000 0 000 10 414 9 20 200 2 817 3 230 0 513 0 999 7 i aa 10 818 ZR OD REC OD XE 63 310 0 635 1 432 0 497 0 553 22 381 25 979 25 18 698 19 225 13 175 0 526 0 525 IN CV_MACRO EXTLEN or01409 IN PAZ 2 ges efl 4 6 84 17 6 495 22 3 162 2i 1 040 55 5 892 Tes 2 nc 1 465 0 944 1 55 fi 3 1 44 0 451 3 19 f 4 0 99 0 491 2 02 1 55 3 19 2 02 10 DIE MGP
27. CODE V Z auf Vol 2 Hy zr 1 MTF 0 PSF RMS 2 e MTF Y MTF D ped HOW 084573978 4 3
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