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!RIH: CHIEF RAY HEIGHT ON IMA vV*J;%MO
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!CRA: CHIEF RAY ANGLE IN IMA SPACE * Ogf6
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MAXFIELD = MAXF() R y#C#0
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IF (MAXFIELD = = 0.0) THEN maxfield = 1.0 z fv@ <'
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n = NSUR() Z#-N$%^F
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RAYTRACE 0, 1, 0, 0, PWAV()
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MAX_RIH = RAYY(n) ~M{/cv
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MAX_CRA = ACOS(RAYN(n-1))*180/3.1416 v0oVbHO5<
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PRINT "MAX FIELD: " , maxfield, 1g{}O^ul
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PRINT "MAX_CHIEF_RAY_ANGLE : " , MAX_CRA , t e-xhJ&K
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PRINT "MAX CHIEF RAY HEIGHT ON IMA : ",MAX_RIH \ opM}qZ
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PRINT "FIELD ", |YROxY"ML
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PRINT "CHIEF RAY ANGLE," $Bz};@
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PRINT "CHIEF RAY HEIGFHT ON IMA." ~9FL]qo
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!將最大試廠分為20, 設置試場數據步常 FHY=j/20 , for 9h\RXVk{tA
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FHY = j/20 {guOAT- w
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RAYTRACE 0, FHY, 0, 0, PWAV() )m;*d7l~p
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CRA = ACOS(RAYN(n-1))*180/3.1416 UU>+ b:
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OLDX = CRA p2 1 |
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OLDY = RAYY(n) hJ`Gu7
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PRINT FHY*maxfield, " , ",OLDX," ",OLDY Pp!4Ak4TT9
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RAYTRACE 0, 1, 0, 0, PWAV() j
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MAX_RIH = RAYY(n) o%~fJx:]y
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MAX_CRA = ACOS(RAYN(n-1))*180/3.1416 6k;5T
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X_WIDE = XMAX() /1.6 EF:ec9 .
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Y_WIDE = YMAX() /1.6 {rMf/ RAE
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SEGMENT = 40 dT'}:2
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FOR j, 0, SEGMENT-1,1
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FHY = j/SEGMENT m-uXQS^@ G
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RAYTRACE 0, FHY, 0, 0, PWAV() vaF1e:(
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CRA = ACOS(RAYN(n-1)) * 180/3.1416 yT OZa-
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RIH = RAYY(n) "vybVWEE
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OLDX = X_WIDE * (CRA/MAX_CRA+2/20) Ux',ma1JK
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OLDY = Y_WIDE * (1-RIH/MAX_RIH+2/20) Q mSj6pB>
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RAYTRACE 0, (FHY+1/SEGMENT), 0, 0, PWAV() qmpT G:+
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CRA = ACOS(RAYN(n-1)) * 180/3.1416 dY$nw
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RIH = RAYY(n) a+z>pV|
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NEWX = X_WIDE * (CRA/MAX_CRA+2/20) nWCJY:q;5
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NEWY = Y_WIDE * (1-RIH/MAX_RIH+2/20) ZJbaioc\
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LINE OLDX,OLDY,NEWX,NEWY kygj" @EX
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gtext OLDX,OLDY,0, A$ c9H6\ &
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gtext NEWX, NEWY, 0 " THE LAST DATA POINT " 4avkyFj!h
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gtitle "THE CHIREF RAY ANGLE VS. REAL IMAGE HEIGHT" N>L)2WKFT
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