MaxwellOutput
MaxwellOutput
Section Output
Type block
Default none
Specifies what to print. The output files are written at the end of the run into the output directory for the
Maxwell run.
Time-dependent simulations print only per iteration, including always the last. The frequency of output per iteration
is set by OutputInterval and the directory is set by OutputIterDir.
Each option must be in a separate row. Optionally individual output formats and output intervals can be defined
for each row or they can be read separately from OutputFormat and MaxwellOutputInterval variables
in the input file.
Example:
%MaxwellOutput
electric_field
magnetic_field
%
This block supports all the formats of the Output block.
See Output.
Options:
- electric_field:
Output of the electric field
- magnetic_field:
Output of the magnetic field
- trans_electric_field:
Output of the transversal electric field
- trans_magnetic_field:
Output of the transversal magnetic field
- long_electric_field:
Output of the longitudinal electric field
- long_magnetic_field:
Output of the longitudinal magnetic field
- div_electric_field:
Output of the divergence of the electric field
- div_magnetic_field:
Output of the divergence of the magnetic field
- maxwell_vector_potential:
Output of the vector potential
- poynting_vector:
Output of the Maxwell Poynting vector
- maxwell_energy_density:
Output of the electromagnetic density
- maxwell_current:
Output of the Maxwell current i.e. matter current plus external current.
- external_current:
Output of the external Maxwell current
- electric_dipole_potential:
Output of the electric dipole potential
- electric_quadrupole_potential:
Output of the electric quadrupole potential
- charge_density:
Output of the charge density calculated by the divergence of the electric field.
- charge_density_diff:
Output of the charge density difference, one calculated via matter calculation, the other
one calculated with Div(E) = rho/epsilon.
- maxwell_pol_density:
Output of the polarization density on the Maxwell grid.
- medium_variables_electric:
Output of the electric displacement field, the polarization density and the electric susceptibility.
- medium_variables_magnetic:
Output of the H-magnetic field, the magnetization and the magnetic susceptibility.
- test_output:
Output of a test function for debugging