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    [求助]求问下面这个ASAP的sample中的案例如何解析(关于结构) [复制链接]

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    只看楼主 倒序阅读 楼主  发表于: 2015-01-14
    求问下面这个ASAP的sample中的案例如何解析 &Fw[YGJayz  
    JZ`>|<W  
    !! Initialization     3(1 ]FKZtt  
    Z}|TW~J=  
    SYSTEM NEW  !! clear out any existing geometry ?n)Xw)]  
    RESET       !! clear out rays/sources iJFr4o/R  
    UNITS MM   *i@sUM?K  
    XMEMORY NORM       M2}np  
    FRESNEL BOTH j7K5SS_]  
    SPLIT 6 MONTECARLO =v.{JV#  
    kW#S]fsfU  
    NRAYS=100000  !! Number of rays to trace Hal7 MP  
    NPIXELS=81   \Ke8W,)ew  
    1o8wy_eSs  
    !! Media and coating definitions... xpF](>LC(  
    @&;(D!_&  
    MEDIA               Rv98\VD"  
      1.52  'GLASS'       KacR?Al  
      1.4  'PLASTIC' 5?Bc Y ;  
    )D;*DUtMVm  
    COATINGS PROPERTIES               X:>$ 8^gS  
      0.000000  0.000000  'ABSORB' z<hFK+j,'^  
      1.000000  0.000000  'REFLECT' :4|M jn  
      0.000000  1.000000  'TRANSMIT' AIb>pL{  
      0.600000  0.000000  'FIL_COIL' m+?N7  
    R,%_deV\(  
    !! ====================================================================== <$%ql'=  
    zJ;Rt9<7-  
    !! source definition macro {V}qwm?  
    X/l;s  
    DEFINE_SOURCE { 4 !! (X,Y,Z,NRAYS) _g[-=y{Bb  
        $LOC POSX,POSY,POSZ,NRAYS Jm4#V~w  
        POSX=#1 k0L] R5W  
        POSY=#2 wxE?3%.j\  
        POSZ=#3 'TL2%T/)t  
        NRAYS=#4 b(l0js  
       ld.7`)  
       $ECHO NONE s.VA!@F5  
    X1oGp+&  
       CURVES       (ew} gJ  
        LINE -2.500000    -2.500000    -.5000000     2.500000    -2.500000    -.5000000   yG\UW&P  
        LINE  2.500000    -2.500000    -.5000000     2.500000     2.500000    -.5000000   t0q_>T-kt  
        LINE  2.500000     2.500000    -.5000000    -2.500000     2.500000    -.5000000   9t?L\  
        LINE -2.500000     2.500000    -.5000000    -2.500000    -2.500000    -.5000000   Pe}PH I  
        COMPOSITE           );Z]SGd  
      OBJECT =SOURCE.BASE.TrimSrf 1     ;FU|7L$H  
        INTERFACE COATING "ABSORB"  "AIR"  "AIR"     ~h! 13!  
        REDEFINE COLOR 22         *:g_'K"+  
        FACETS 3 3 nU2V]-qY  
       >^=gDJ\a  
       CURVE A?8\Y{FQ  
        POINTS -2.150000  0. -0.500000  1. -2.150000  0.  4.152243  0. | f\D>Y%)  
         SWEEP AXIS 360  0.0000000  0.0000000  1.0000000  0.000000     0.000000    -.3477569E-1 Z.'syGuV  
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        REDEFINE COLOR 5 M(enRs3`O  
        FACETS 8 8 G(/DtY]  
       GKZN}bOm\  
       CURVE :_xh(W+2<  
        POINTS -2.400000  0. -0.500000  1. -2.400000  0.  4.152243  0. /ylc*3e'4  
         SWEEP AXIS 360  0.0000000  0.0000000  1.0000000  0.000000     0.000000    -.3477569E-1 _7"5wB?|+  
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        FACETS 8 8 Y3Oz'%B  
       `s"d]/85VW  
       CURVES V5p0h~PK  
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       -0.100169 -0.326726  3.750340 2.0000000 -0.129021 -0.439616  3.626321 0.9933538 -0.130917 -0.485728  3.500754 2.0000000 @KX \Er  
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       -0.131659 -0.528973  3.300617 2.0000000 -0.135773 -0.533804  3.251461 1.0142138 -0.148587 -0.537434  3.207574 1.0000000 O5$/55PI  
       -0.188637 -0.548422  3.106795 1.0000000 -0.307576 -0.573906  2.871198 2.0000000 -0.373244 -0.587235  2.736123 1.0530599 p' M%XBu  
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       -0.778564 -0.677096  1.641638 2.0000000 -0.820133 -0.690797  1.552232 1.0829076 -0.850011 -0.698027  1.490058 2.0000000 ~\{^%~[48  
       -0.918635 -0.714326  1.347209 1.0051766 -0.991832 -0.715220  1.187063 1.0000000 -1.130913 -0.714628  0.868300 2.0000000 | N0Z-|  
       -1.161178 -0.716543  0.796744 1.0292200 -1.198844 -0.723231  0.708703 2.0000000 -1.232117 -0.729340  0.630882 1.0011658 06$!R/K  
       -1.268469 -0.736984  0.550618 2.0000000 -1.396766 -0.763093  0.268566 1.0009517 -1.547471 -0.786951  0.017629 0.0000000 ?\C"YG69T  
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        0.882565  0.962366 0.9241914 1.0356250  0.826860  0.947662 1.0463777 2.0000000  0.686891  0.907670 1.3560008 1.0337271 TIp:FW[  
        0.554340  0.878133 1.7679339 2.0000000  0.468240  0.862170 2.0367842 0.9871461  0.418295  0.850778 2.2050297 2.0000000 >2bKSh  
        0.342131  0.831083 2.4572922 1.0619658  0.284839  0.793802 2.6404900 2.0000000  0.258305  0.776821 2.7231231 1.0316051 !Mi;*ZR  
        0.226526  0.750056 2.8274721 2.0000000  0.194742  0.722608 2.9335837 1.0460984  0.175927  0.701997 3.0152578 2.0000000 kOI t(e  
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        0.128351  0.635490 3.4552086 2.0000000  0.125800  0.630092 3.6098924 2.4098960  0.120396  0.611478 3.6726507 2.0000000 2M# r]  
        0.113752  0.588164 3.7511466 0.9604793  0.103024  0.545525 3.7962180 2.0000000  0.094054  0.510368 3.8334017 1.1126577 /|xra8?H[  
        0.077353  0.438136 3.8639142 2.0000000  0.059452  0.359898 3.8969553 1.0184613  0.046116  0.290996 3.9066516 1.0000000 0-~\ W(  
        0.019452  0.144198 3.9149871 2.0000000 -0.021191 -0.077366 3.9264090 9.9999900 -0.036149 -0.135090 3.9095036 2.0000000 pZ/>[TP(%F  
       -0.048114 -0.185325 3.8946623 0.9566669 -0.060270 -0.232339 3.8651005 2.0000000 -0.074403 -0.286982 3.8307266 1.0878059 PaV-F_2  
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       -0.769073 -0.702160 1.6408165 2.0000000 -0.810687 -0.715875 1.5513272 1.0829258 -0.840745 -0.723128 1.4887724 2.0000000 |V<h=D5W  
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       -1.152531 -0.741771 0.7942322 1.0295205 -1.190009 -0.748430 0.7066154 2.0000000 -1.223178 -0.754525 0.6290322 1.0014729 31/Edd"]  
       -1.259461 -0.762157 0.5489403 2.0000000 -1.388336 -0.788383 0.2656832 0.9952588 -1.538897 -0.812205 0.0151114 0.0000000 Me 5_4H&Sg  
        POINTS  1.396045  1.102017 0.0123241 1.0000000; $FAST 12 21 H$I =W>;  
        1.126301  1.018554 0.5163100 2.0000000  1.038446  0.993864 0.6809012 1.1357423  0.984608  0.979951 0.7846547 2.0000000 %-d]X{J:  
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        0.252272  0.747672 2.8346183 2.0000000  0.220625  0.720339 2.9402434 1.0462753  0.202020  0.699972 3.0208687 2.0000000 0v9rv.Y"  
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        0.045395  0.139786 3.9199527 2.0000000  0.004500 -0.083151 3.9315374 9.9999900 -0.010758 -0.142076 3.9142732 2.0000000 &^W|iXi#  
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       -0.746446 -0.713569 1.6321578 2.0000000 -0.788242 -0.727342 1.5422609 1.0827706 -0.818414 -0.734622 1.4794558 2.0000000 I'|$}/\`  
       -0.887793 -0.751058 1.3349898 0.9990974 -0.961659 -0.752015 1.1734361 1.0000000 -1.100094 -0.751414 0.8561748 2.0000000 qAw x2fPu  
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       -1.237017 -0.773693 0.5399268 2.0000000 -1.366803 -0.800100 0.2547265 0.9899719 -1.517682 -0.823962 0.0037418 0.0000000 k+ze74_"  
        POINTS  1.412242  1.081300  0.017429 1.0000000; $FAST 12 21 LqA@&H  
        1.142384  0.997802  0.521628 2.0000000  1.054501  0.973102  0.686268 1.1365279  1.000729  0.959205  0.789886 2.0000000 TYy.jFT-  
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        0.270016  0.727624  2.835106 2.0000000  0.238565  0.700446  2.940068 1.0460109  0.220044  0.680156  3.020248 2.0000000 ~Q\3pI. |  
        0.191962  0.649234  3.143074 1.0290730  0.182623  0.633419  3.245481 2.0000000  0.174620  0.619425  3.336243 1.0399723 *hw\35%P`?  
        0.173249  0.614653  3.455272 2.0000000  0.170623  0.609005  3.609534 2.4194024  0.165421  0.591069  3.670549 2.0000000 J>\B`E  
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       -0.000109 -0.192921  3.885556 0.9658979 -0.012003 -0.238835  3.856361 2.0000000 -0.025790 -0.292196  3.822421 1.0795796 ;Rv!k&Df  
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       -0.071108 -0.526438  3.463095 1.0139405 -0.069645 -0.538204  3.405881 2.0000000 -0.068334 -0.549394  3.349005 1.0075765 C+TI]{t  
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       -0.385360 -0.626251  2.531686 2.0000000 -0.407082 -0.628856  2.472108 0.1410980 -0.516014 -0.647591  2.151980 2.0000000 $C `;fA  
       -0.593276 -0.661868  1.924420 1.1060151 -0.655623 -0.681921  1.775128 2.0000000 -0.682337 -0.690677  1.711095 1.0826127 +(h\fm7*-  
       -0.723938 -0.704639  1.620734 2.0000000 -0.765945 -0.718480  1.530344 1.0825434 -0.796098 -0.725776  1.467566 2.0000000 5F~'gLH/F-  
       -0.865147 -0.742174  1.323777 1.0042041 -0.938611 -0.743083  1.163111 1.0000000 -1.076970 -0.742486  0.846016 2.0000000 7x@A%2J  
       -1.107047 -0.744390  0.774863 1.0297775 -1.144550 -0.751057  0.687167 2.0000000 -1.177882 -0.757183  0.609192 1.0016160 o#skR4lwe  
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        0.594443  0.828375  1.777831 2.0000000  0.508913  0.812504  2.044921 0.9872704  0.459111  0.801162  2.212619 2.0000000 9M:O0)s  
        0.383483  0.781640  2.463084 1.0623113  0.326902  0.744840  2.644095 2.0000000  0.300704  0.728084  2.725734 1.0318504 B#M5}QT|2  
        0.269363  0.701655  2.828649 2.0000000  0.238052  0.674581  2.933162 1.0454853  0.219440  0.654156  3.013759 2.0000000 ;A*`e$  
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       -0.062121 -0.529872  3.295259 2.0000000 -0.067259 -0.535531  3.237627 0.9834855 -0.081502 -0.539707  3.187805 1.0000000 o}$ EG  
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       -0.714734 -0.680602  1.613237 2.0000000 -0.756857 -0.694481  1.522559 1.0823264 -0.786871 -0.701772  1.460068 2.0000000 R.yC(r  
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          -1.517316    0.6166185    0.6018256    -.5075310   x;8A!8w  
          -.7891644    0.6583079    -.7477229    -.8683995E-1 H{=21\a\  
           0.000000    -.4317550    -.2805645    -.8572462   !lj| cT9  
         SWEEP DIR 0 -.5075310    -.8683995E-1 -.8572462   <c2'0I >  
      OBJECT =SOURCE.FILAMENT.Shell 3.Shell 3 w.?:SD  
        INTERFACE COATING "FIL_COIL"  "AIR"  "AIR" LILQ\I<<'  
        REDEFINE COLOR 16 OUhqM VX9C  
        FACETS 3 3 /J WGifH  
    jbS\vyG  
      ENT OBJ 'coV^~qy  
        TUBE Z -.5 .15 .15 -3 .15 .15 'SOURCE.BASE.LEAD1' <|SRe6m  
          SHIFT 1.4 1.075 0 OHhsP}/  
          INTERFACE COATING "ABSORB"  "AIR"  "AIR" `1bv@yzq  
          REDEFINE COLOR 22 B Ere*J  
          FACETS 6 6 -@0GcUE:r  
        TUBE Z -.5 .15 .15 -3 .15 .15 'SOURCE.BASE.LEAD2' # ?/<  
          SHIFT -1.5 -0.75 0 TztAZ2C  
          INTERFACE COATING "ABSORB"  "AIR"  "AIR" tF{D= ;G  
          REDEFINE COLOR 22 V;,{}  
          FACETS 6 6 5 4L\Jx  
    !& z(:d  
       $ECHO B>0]. CK`  
      GROUP -10 e,Uo#T6J  
       SCALE FROM MM V4KMOYqm  
       SHIFT (POSX) (POSY) (POSZ) YLiSbLz1  
       RETURN %nV]ibp2)  
    "O%gFye  
      EMITTING OBJ .5 -(NRAYS) JYW)uJ  
      FLUX TOTAL 10.0 8n*.).33  
    } Fd[zDz  
    X offset 9Ru8~R/\  
    Y offset N<IT w/@^  
    Z offset Yd#/1!A7u  
    Number of rays =9fajRFTt  
    JNJ=e,O,  
    !! ====================================================================== k[:bQ)H  
    6{^E{go  
    !!     Ask whether to save ray path history... *fn*h[pV&  
    9*{[buZX  
    SCR_CANCEL=0 9 mmCp&~Z  
    SAVE_HIST=0 X ><?F|#7T  
    $SCR 5 'Perform Fluence Analysis?' YTexv;VNb|  
      Save ray path history for fluence analysis? \SAVE_HIST:? d;>#Sxf  
    A complete history of ray pathes can be saved during the trace.  If saved `CgaS#  
    these pathes will be used later for volume fluence analysis in the 3d rU2%dkTa  
    viewer.  Note that saving these pathes will slow the ray trace and can :[hgxJu+  
    consume significant disk space. {6_|/KE9_  
    NqDHCI  
    !! ====================================================================== ?C&z]f3(:  
    oaoU _V  
    $IF (SAVE_HIST) NE 0 THEN gT#&"aP5S  
      SAVE 123 LIGHTPIPE1.HIS  !! save ray pathes in history file for later analysis w[I E  
    $ENDIF S&b*rA02zp  
    #nK>Z[  
    $READ "LIGHTPIPE1_GEOMETRY.INR"   !! read pipe geometry from separate file %\H|B0  
    DEFINE_SOURCE 0 0 0 (NRAYS)       !! call macro to create source ](wvu(y\E  
    STATS /#VhkC _  
    ^`)) C;  
    !! Define detector plane... R}4So1  
    ENT OBJ ,u`YT%&L  
      PLANE Z 22 RECT 50 15  'DETECTOR' Pl"Nus   
      INTERFACE COATING ABSORB AIR AIR zY"1drE>G  
      REDEFINE COLOR 2 xK6n0] A  
      FACETS 3 3 :F{:Z*Fi0  
    .2v_H5<  
    WINDOW Z X                    !! autoscale window for plotting lightpipe 5`gQ~   
    CONSIDER EXCEPT DETECTOR      !! exclude detector plane from plot .xH5fMj,"  
    PLOT FACETS OVERLAY           !! create faceted view of geometry /q5v"iX]T  
    CONSIDER ALL                  !! turn detector plane back on prior to tracing SVB\  
    k|lcc^[0  
    SPOTS POS EVERY (NRAYS/1000)  !! plot 1000 ray positions to represent source g'V>_u#(  
    7,lq}a8z  
    TRACE                         !! trace the rays d [V;&U  
    [5+}rwm&W  
    CONSIDER ONLY DETECTOR        !! we only want rays that are on the detector plane j+["JXy  
    STATS                         !! print statistics for these rays 8$;=Uf,x  
    WINDOW Y OBJECT DETECTOR X OBJECT DETECTOR !! set window to dimensions of detector plane \0vr>C  
    PIXELS (NPIXELS)              !! set resolution for following spots command sSi6wO$  
    SPOTS POS ATTRIBUTE 0         !! bin flux data on detector plane Z3& _  
                                  !! (without plotting ray positions) nAjO6g6E  
                                   t_qNq{  
    DISPLAY                       !! enter display mode -2A(5B9Fq  
      PICTURE                     !! display raster picture of flux data binned by spots qIIv6''5@  
                                  !! command above {yB&xj[z  
      WRITE DETECTOR_DATA.DIS     !! write data to a named dis file I^8"{J.Q)[  
    RETURN                        !! leave display mode }#Qc \eud  
    +L9Eqll  
    $VIEW                         !! show 3d view of current VCR file, which contains output @)4]b+8Z  
                                  !! from "PLOT FACETS" and  first "SPOTS" command above j"'(sW-  
    D(H>R&b!  
    $IF (SAVE_HIST) NE 0 THEN <F=xtyl7  
      SAVE OFF                    !! turn off saving of ray path history +i2}/s@JJ  
      &VIEW LIGHTPIPE1.HIS        !! include fluence analysis of ray path history in 3d view #[`:'e  
    $ELSE s! }ne"&0  
      &VIEW DETECTOR_DATA.DIS     !! include output collected on detector plane in 3d view "0cID3A$  
    $ENDIF
     
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    离线冷不凡5
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    只看该作者 1楼 发表于: 2015-01-14
    求大神出现解答!
    离线wzp0377
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    只看该作者 2楼 发表于: 2015-01-27
    同求,这么复杂
    离线asdoptics
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    只看该作者 3楼 发表于: 2015-02-14
    你用新版本就不会这么复杂了,因为新版已经在导入CAD文件这个方面,已经有了很大的改进!
    离线chenqizjsx
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    只看该作者 4楼 发表于: 2015-03-30
    那一长串数字的图形有什么意思吗?
    离线lqq22gy
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    只看该作者 5楼 发表于: 2017-05-18
    好复杂哦