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zlo2 = Zvertex-DipoleThickness/2 zhi2= Zvertex+DipoleThickness/2
FAN matname=PCL taper=linear taperpar=0 ,
xlo1 = (xsize+LoadLength)/2 xhi1=(xsize+LoadLength)/2 ,
ylo1 = (ysize-DipoleHeight)/2 yhi1=(ysize+DipoleHeight)/2,
zlo1 = Zvertex-DipoleThickness/2 zhi1= Zvertex+DipoleThickness/2,
xlo2 = (xsize+DipoleLengthUM*um)/2 xhi2=(xsize+DipoleLengthUM*um)/2,
ylo2 = (ysize-DipoleHeight)/2 yhi2=(ysize+DipoleHeight)/2,
zlo2 = Zvertex-ZRakeUM*um-DipoleThickness/2 zhi2= Zvertex-ZRakeUM*um+DipoleThickness/2
/* Load
BLOCK matname=Load xlo=(xsize-LoadLength)/2 xhi=(xsize+LoadLength)/2,
ylo = (ysize-LoadHeight)/2 yhi=(ysize+LoadHeight)/2,
zlo = Zvertex-LoadThickness/2 zhi=Zvertex+LoadThickness/2
END
SOURCE
MODEFILE file=empty2i.mode orientation=xy x=xsize/2 y=ysize/2 z=Tpml+2*step
END
COMMAND
COMPUTE maxcycles = 25 reltolerance = 0.01
END
OUTPUT
INDEXN xlo=0 xhi=xsize ylo=0 yhi=ysize zlo=0 zhi=zsize file=Dipole2I_refractive
FIELD variable=Ex xlo=0 xhi=xsize ylo=0 yhi=ysize zlo=0,
zhi=zsize phase=0 state=steady file=Dipole2I_exi
FIELD variable=Ex xlo=0 xhi=xsize ylo=0 yhi=ysize zlo=0,
zhi=zsize phase=0.25*cycle state=steady file=Dipole2I_exq
FIELD variable=Ey xlo=0 xhi=xsize ylo=0 yhi=ysize zlo=0,
zhi=zsize phase=0 state=steady file=Dipole2I_eyI
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