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err_tol 2.000000E-04
max_cycle 8
plot refractive node 0 97 0 97 0 119 dipole2i_refractive
plot ex steady 0.000000 node 0 97 0 97 0 119 dipole2i_exi
plot ex steady 0.250000 node 0 97 0 97 0 119 dipole2i_exq
plot ey steady 0.000000 node 0 97 0 97 0 119 dipole2i_eyi
plot ey steady 0.250000 node 0 97 0 97 0 119 dipole2i_eyq
plot ez steady 0.000000 node 0 97 0 97 0 119 dipole2i_ezi
plot ez steady 0.250000 node 0 97 0 97 0 119 dipole2i_ezq
plot hx steady 0.000000 node 0 97 0 97 0 119 dipole2i_hxi
plot hx steady 0.250000 node 0 97 0 97 0 119 dipole2i_hxq
plot hy steady 0.000000 node 0 97 0 97 0 119 dipole2i_hyi
plot hy steady 0.250000 node 0 97 0 97 0 119 dipole2i_hyq
plot hz steady 0.000000 node 0 97 0 97 0 119 dipole2i_hzi
A.3. Postprocessor orders: DIPOLE2I.ORDERS
This file is machine-generated. It is the input for EMPOST, and is regenerated on each iteration of the
optimizer. Sometimes it’s useful to hack this file up a little, e.g. to change a bitmap’s scale linear
to logarithmic scale, or to change a colour palette. To do this, make the change and call empost
directly from the command line:
empost dipole2i.orders outfile v5dfile
Files outfile and v5dfile are, respectively, the file containing the calculated scalar results (OUTPUTFACETFLUX,
INPUTFACETFLUX, MIDDLEFLUX, and DISS), and a dummy filename for when the Vis5D support is integrated into
empost.
Alternatively, you can change the input file (here dipole2i.par), run poems.cmd to generate a new orders file, stop the
simulation by pressing ctrl-break, and then run empost manually as above.
/* dipole2i: */
/* Optimization of a V antenna for maximum power absorption from free space */
/* Parameters optimized: length and rake of antenna, load impedance */
Dipole2I /* Run title string (no whitespace)
/* World symmetry (X, Y, Z, XY, XZ, YZ, XYZ)
1.58000000E-006 /* Free-space wavelength (metres)
5 /* Number of subdomains
ALL /* Subdomain name (no whitespace)
0 /* Type: Computational partition (0) or comparison (1)(e.g. for modematch)
DIPOLE2I_EXI /* ExI: file name for the real part of Ex
DIPOLE2I_EXQ /* ExQ: file name for the imaginary part of Ex
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