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POSTPROC.5.COMPARISONDOMAIN /* Domain for comparison (e.g. modematch)
POSTPROC.5.PARMSTRING /* Order-dependent parameter string (e.g. name of calculated mode function)
DIPOLE2I_PX /* Output file for calculated data
POSTPROC.6.NAME /* Order name (poems variable name, no whitespace)
ARRAY POYNTINGZ /* outputtype variablename
0.00000 4.90000E-06 /* xmin xmax (metres) [or xfocus (dummy)]
0.00000 4.90000E-06 /* ymin ymax (metres) [or yfocus (dummy)]
0.00000 6.00000E-06 /* zmin zmax (metres) [or yfocus (dummy)]
0.00000 0.00000 0.00000 /* xNA, yNA, zNA (for mode computation and far fields)
0.00000 0.00000 0.00000 /* xfocus, yfocus, zfocus( for mode computation)
0.00000 0.00000 /* ExI, ExQ (V/m) (for mode computation)
0.00000 0.00000 /* EyI, EyQ (V/m) (for mode computation)
0.00000 0.00000 /* EzI, EzQ (V/m) (for mode computation)
-4.90000E-06 -4.90000E-06 -6.00000E-06 /* xInside yInside zInside (metres)--coordinates of a point ’inside’ the surface
POSTPROC.6.COMPARISONDOMAIN /* Domain for comparison (e.g. modematch)
POSTPROC.6.PARMSTRING /* Order-dependent parameter string (e.g. name of calculated mode function)
DIPOLE2I_PZ /* Output file for calculated data
DISS /* Order name (poems variable name, no whitespace)
INTEGRAL DISSIPATION /* outputtype variablename
2.40000E-06 2.50000E-06 /* xmin xmax (metres) [or xfocus (dummy)]
2.35000E-06 2.55000E-06 /* ymin ymax (metres) [or yfocus (dummy)]
3.80000E-06 4.10000E-06 /* zmin zmax (metres) [or yfocus (dummy)]
0.00000 0.00000 0.00000 /* xNA, yNA, zNA (for mode computation and far fields)
0.00000 0.00000 0.00000 /* xfocus, yfocus, zfocus( for mode computation)
0.00000 0.00000 /* ExI, ExQ (V/m) (for mode computation)
0.00000 0.00000 /* EyI, EyQ (V/m) (for mode computation)
0.00000 0.00000 /* EzI, EzQ (V/m) (for mode computation)
2.45000E-06 2.45000E-06 3.95000E-06 /* xInside yInside zInside (metres)--coordinates of a point ’inside’ the surface
DISS /* Domain for comparison (e.g. modematch)
POSTPROC.7.PARMSTRING /* Order-dependent parameter string (e.g. name of calculated mode function)
DIPOLE2I_DISS /* Output file for calculated data
INPUTFACETFLUX /* Order name (poems variable name, no whitespace)
INTEGRAL POYNTINGZ /* outputtype variablename
4.00000E-07 4.50000E-06 /* xmin xmax (metres) [or xfocus (dummy)]
4.00000E-07 4.50000E-06 /* ymin ymax (metres) [or yfocus (dummy)]
5.00000E-07 5.00000E-07 /* zmin zmax (metres) [or yfocus (dummy)]
0.00000 0.00000 0.00000 /* xNA, yNA, zNA (for mode computation and far fields)
0.00000 0.00000 0.00000 /* xfocus, yfocus, zfocus( for mode computation)
0.00000 0.00000 /* ExI, ExQ (V/m) (for mode computation)
0.00000 0.00000 /* EyI, EyQ (V/m) (for mode computation)
0.00000 0.00000 /* EzI, EzQ (V/m) (for mode computation)
2.45000E-06 2.45000E-06 3.00000E-06 /* xInside yInside zInside (metres)--coordinates of a point ’inside’ the surface
INPUTFACETFLUX /* Domain for comparison (e.g. modematch)
POSTPROC.8.PARMSTRING /* Order-dependent parameter string (e.g. name of calculated mode function)
NULL /* Output file for calculated data
OUTPUTFACETFLUX /* Order name (poems variable name, no whitespace)
INTEGRAL POYNTINGZ /* outputtype variablename
4.00000E-07 4.50000E-06 /* xmin xmax (metres) [or xfocus (dummy)]
4.00000E-07 4.50000E-06 /* ymin ymax (metres) [or yfocus (dummy)]
5.55000E-06 5.55000E-06 /* zmin zmax (metres) [or yfocus (dummy)]
0.00000 0.00000 0.00000 /* xNA, yNA, zNA (for mode computation and far fields)
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