DumpType#
- class simpleEMS.sim_tools.DumpType(value)#
Bases:
EnumField and other dump types provided by openEMS.
Each member’s value is a
(dump_type_code, file_prefix)pair, wheredump_type_codeis the openEMSAddDumpdump-type integer andfile_prefixnames the dump’s output file.- efield_time#
Electric field time-domain dump.
- Type:
tuple[int, str]
- hfield_time#
Magnetic field time-domain dump.
- Type:
tuple[int, str]
- current_time#
Electric current time-domain dump.
- Type:
tuple[int, str]
- current_density_time#
Total current density (rot(H)) time-domain dump.
- Type:
tuple[int, str]
- efield_frequency#
Electric field frequency-domain dump.
- Type:
tuple[int, str]
- hfield_frequency#
Magnetic field frequency-domain dump.
- Type:
tuple[int, str]
- current_frequency#
Electric current frequency-domain dump.
- Type:
tuple[int, str]
- current_density_frequency#
Total current density (rot(H)) frequency-domain dump.
- Type:
tuple[int, str]
- local_sar_frequency#
Local SAR frequency-domain dump.
- Type:
tuple[int, str]
- average_sar_frequency_1g#
1g-averaging SAR frequency-domain dump.
- Type:
tuple[int, str]
- average_sar_frequency_10g#
10g-averaging SAR frequency-domain dump.
- Type:
tuple[int, str]
- raw_data#
Raw data needed for SAR calculations (electric field FD, cell volume, conductivity, and density).
- Type:
tuple[int, str]
Notes
This class was adapted from pyems.
Attributes Summary
Attributes Documentation
- average_sar_frequency_10g = (22, 'SAR_10g_f')#
- average_sar_frequency_1g = (21, 'SAR_1g_f')#
- current_density_frequency = (13, 'Jf')#
- current_density_time = (3, 'Jt')#
- current_frequency = (12, 'If')#
- current_time = (2, 'It')#
- efield_frequency = (10, 'Ef')#
- efield_time = (0, 'Et')#
- hfield_frequency = (11, 'Hf')#
- hfield_time = (1, 'Ht')#
- local_sar_frequency = (20, 'SAR_f')#
- raw_data = (29, 'raw')#