rfof
This documentation is generated from the XML schema, the xsd-file, for the code parameters.
Description: RFOF code parameters
Namespace:
Code parameter tree
| Name | Type | Restrictions |
|---|---|---|
| /rfof_parameters | --Directory-- | RFOF code parameters |
| /rfof_parameters/rfof_core_param | --Directory-- | Contains all fields needed when coupling to RFOF |
| /rfof_parameters/rfof_core_param/assumptions | --Directory-- | List of optional physics assumptions. |
| assume_static_resonance_position_during_RF_kick | boolean | If true then the RF intraction induces no spatial motion of the orbit during the wave-particle interaction (however the new drift orbit may have a different spatial extent)
|
| use_drift_velocity_in_doppler_shift | boolean | If true then the Doppler shift due to the drift velocity is included in the resonance condition
|
| use_parallel_velocity_in_doppler_shift | boolean | If true then the Doppler shift due to the parallel velocity is included in the resonance condition
|
| assume_zero_larmor_radius_in_KPERPxRHO | boolean | If "true", then the finite larmor radius effects in the wave particle interaction are neglected
|
| assume_kpar_is_nphi_over_R | boolean | If "true" then the parallel wave number of is nphi/R, otherwise the exact value is used
|
| assume_zero_order_FLR_for_Pphi | boolean | Neglect finite larmor radius (FLR) corrections to P_phi
|
| width_of_rf_resonance_layer | float | Width of the resonance layer as a fraction of the momentary major radius
|
| /rfof_parameters/rfof_core_param/bounding_box | --Directory-- | Bounding box in the poloidal cross section. |
| Rmin | float | Minimum major radius of the bounding box [m]
|
| Rmax | float | Maximum major radius of the bounding box [m]
|
| Zmin | float | Minimum vertical coordinate of the bounding box [m]
|
| Zmax | float | Maximum vertical coordinate of the bounding box [m]
|
| /rfof_parameters/rfof_core_param/resonance_memory | --Directory-- | |
| nStoreTimes | integer | The number of time points to be stored in the resonance memory. These are used to extrapolate the orbit to the next upcoming resonance.
|
| /rfof_parameters/rfof_core_param/IO_control | --Directory-- | Controlling the output written to file |
| start_time_event_output | float | Time at which to start generating event-output files
|
| output__2D_RZ_out | boolean | If true, then 2D output in (R,Z) will be generated for the density of abosorbed power and torque
|
| NRedges_2DgridRZ | integer | Number of horizontal grid points in the 2D (R,z) grid
|
| NZedges_2DgridRZ | integer | Number of vertical grid points in the 2D (R,z) grid
|
| output__Orbit | boolean | If true, then output of the full orbits wil be generated and stored to file
|
| MAX_number_of_points_stored_in_the_Orbit | integer | Maximum number of orbit points written to file
|
| output__rf_kicks | boolean | If true, then a list of rf-kicks will be generated containing the location and strength of the kick
|
| MAX_number_of_points_stored_in_rf_kick | integer | Maximum number of rf-kick points written to file
|
| output__resonace_predictions | boolean | If true, then a list of rf-resonance preditions will be generated containing the present location and predicted location of the next resonance
|
| MAX_number_of_points_stored_in_resonance_memory | integer | Maximum number of rf-resonance prediction points written to file
|
| output__efield_normalization | boolean | If true, then a list of electric field normalization factors to file
|
| MAX_number_of_points_stored_in_the_efield_normalization | integer | Maximum number of electric field normalizations (time-vector) written to output file
|
| /rfof_parameters/rfof_core_param/quasilinear | --Directory-- | Parameters describing the quasilinear model |
| MAX_relative_energy_kick | float | The I-perp kicks cannot be larger than this fraction of the input I-perp
|
| /rfof_parameters/rfof_plasma_param | --Directory-- | |
| /rfof_parameters/rfof_plasma_param/composition | --Directory-- | |
| n_species | integer | Number of plasma ion species
|
| amn | RFOF_FloatList | Atomic mass number
|
| zn | RFOF_FloatList | Nuclear charge in atomic units
|
| zion | RFOF_FloatList | Ionic charge in atomic units
|
| /rfof_parameters/rfof_wave_param | --Directory-- | |
| select_wave_from | integer | Select where the wave field should be taken from.
0 : wave generated from the data in parametric_wave
1 : wave read from ascii version of ITM cpos, written using write_cpo in the write_structures module. Filename is specified in ascii_itm_wave/filename_ascii_itm_wave.
|
| /rfof_parameters/rfof_wave_param/parametric_wave | --Directory-- | |
| nfreq | integer | Number of RF frequencies
|
| nnphi | integer | Number of toroidal modes per frequency
|
| RFpower | RFOF_FloatList | Power provided by the RF wave field
|
| EfieldNormalisation | RFOF_FloatList | Normalisation factor for the strength of the RF wave field
|
| ratioEPlusOverEMinus | RFOF_FloatList | Ratio between the left- and right-hand polarized electric wave field components
|
| freq | RFOF_FloatList | RF wave frequency [Hz]
|
| nphi | RFOF_IntegerList | Toroidal mode number
|
| kperp | RFOF_FloatList | Perpendicular wave number [1/m]
|
| verticalCentre | RFOF_FloatList | Vertical centre of the Gaussian RF wave field [m]
|
| verticalWidth | RFOF_FloatList | Vertical width of the Gaussian RF wave field [m]
|
| filename_lion_fields | string | Filename for lion corfields-file
|
| /rfof_parameters/rfof_wave_param/ascii_itm_wave | --Directory-- | |
| filename_ascii_itm_wave | string | Name of input file containing the ITM cpo waves in ascii format written using write_cpo in the write_structures module
|
| /rfof_parameters/rfof_wrapper_param | --Directory-- | |
| /rfof_parameters/rfof_wrapper_param/time_stepping | --Directory-- | |
| NtimeSteps | nonNegativeInteger | Number of time steps (of standalone RFOF orbit tracer).
|
| dt | RFOF_FloatPositive | Length of each time step [s].
|
| nStoreOutTimes | integer | Number of time steps between which the output is accumulated before being written to file.
|
| /rfof_parameters/rfof_wrapper_param/magnetic_field | --Directory-- | |
| R0 | float | Major radius of the plasma torus [m].
|
| aminor | float | Minor radius of the plasma torus [m].
|
| B0 | float | Magnetic field strength att the magnetic axis [T].
|
| q | float | Safety factor of the magnetic field.
|
| /rfof_parameters/rfof_wrapper_param/markers | --Directory-- | Defining the initial conditions for the markers in the RFOF wrapper |
| species_index | integer | Species index within the vector of particle species in the rfof_plasma_param/composition/*(), where * is amn, zn and zion. species_index has be in the range [1,rfof_plasma_param/composition/n_species]
|
| weight | float | Marker weight
|
| R | float | Initial major radius position of the marker [m]
|
| z | float | Initial veritical position of the marker [m]
|
| phi | float | Initial toroidal angle of the marker [rad]
|
| charge | float | Charge of the marker [au]
|
| mass | float | Mass of the marker [au]
|
| E | float | Energy of the marker [eV]
|
| xi | float | Pitch-angle of the marker [-]
|
Locally defined types
| Name | Type | Descriptions |
|---|---|---|
| RFOF_FloatPositive | float |
Min(<): 0.0
|
| RFOF_FloatList | float | |
| RFOF_IntegerList | integer |
last update: 2014-12-19 by tjohnson