ITER Physics Data Model Documentation for gyrokinetics

Description of a gyrokinetic simulation (delta-f, flux-tube). All quantities within this IDS are normalised (apart from time and from the normalizing quantities structure), thus independent of rhostar, consistently with the local approximation and a spectral representation is assumed in the perpendicular plane (i.e. homogeneous turbulence). Click here for further documentation.

Notation of array of structure indices: itime indicates a time index; i1, i2, i3, ... indicate other indices with their depth in the IDS. This notation clarifies the path of a given node, but should not be used to compare indices of different nodes (they may have different meanings).

Lifecycle status: alpha since version 3.22.0

Last change occured on version: 3.37.0

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Full path name Description Data Type Coordinates
ids_properties Interface Data Structure properties. This element identifies the node above as an IDS structure
ids_properties/comment Any comment describing the content of this IDS {constant} STR_0D
ids_properties/homogeneous_time This node must be filled (with 0, 1, or 2) for the IDS to be valid. If 1, the time of this IDS is homogeneous, i.e. the time values for this IDS are stored in the time node just below the root of this IDS. If 0, the time values are stored in the various time fields at lower levels in the tree. In the case only constant or static nodes are filled within the IDS, homogeneous_time must be set to 2 {constant} INT_0D
ids_properties/source
Lifecycle status: obsolescent since version 3.34.0
Source of the data (any comment describing the origin of the data : code, path to diagnostic signals, processing method, ...). Superseeded by the new provenance structure. {constant} STR_0D
ids_properties/provider Name of the person in charge of producing this data {constant} STR_0D
ids_properties/creation_date Date at which this data has been produced {constant} STR_0D
ids_properties/version_put Version of the access layer package used to PUT this IDS structure
ids_properties/version_put/data_dictionary Version of Data Dictionary used to PUT this IDS {constant} STR_0D
ids_properties/version_put/access_layer Version of Access Layer used to PUT this IDS {constant} STR_0D
ids_properties/version_put/access_layer_language Programming language of the Access Layer high level API used to PUT this IDS {constant} STR_0D
ids_properties/provenance
Lifecycle status: alpha since version 3.34.0
Provenance information about this IDS structure
ids_properties/provenance/node(i1) Set of IDS nodes for which the provenance is given. The provenance information applies to the whole structure below the IDS node. For documenting provenance information for the whole IDS, set the size of this array of structure to 1 and leave the child "path" node empty {constant} struct_array [max_size=20 (limited in MDS+ backend only)] 1- 1...N
ids_properties/provenance/node(i1)/path Path of the node within the IDS, following the syntax given in the link below. If empty, means the provenance information applies to the whole IDS. Click here for further documentation. {constant} STR_0D
ids_properties/provenance/node(i1)/sources(:) List of sources used to import or calculate this node, identified as explained below. In case the node is the result of of a calculation / data processing, the source is an input to the process described in the "code" structure at the root of the IDS. The source can be an IDS (identified by a URI or a persitent identifier, see syntax in the link below) or non-IDS data imported directly from an non-IMAS database (identified by the command used to import the source, or the persistent identifier of the data source). Often data are obtained by a chain of processes, however only the last process input are recorded here. The full chain of provenance has then to be reconstructed recursively from the provenance information contained in the data sources. Click here for further documentation. {constant} STR_1D 1- 1...N
ids_properties/plugins
Lifecycle status: alpha since version 3.39.0
Information about the plugins used to write/read this IDS. This structure is filled automatically by the Access Layer at GET/PUT time, no need to fill it via a user program.. Introduced after DD version 3.38.1 structure
ids_properties/plugins/node(i1) Set of IDS nodes for which a plugin has been applied {constant} struct_array [max_size=20 (limited in MDS+ backend only)] 1- 1...N
ids_properties/plugins/node(i1)/path Path of the node within the IDS, following the syntax given in the link below. If empty, means the plugin applies to the whole IDS. Click here for further documentation. {constant} STR_0D
ids_properties/plugins/node(i1)/put_operation(i2) Plugins used to PUT a node (potentially, multiple plugins can be applied, if so they are listed by order of application) struct_array [max_size=10 (limited in MDS+ backend only)] 1- 1...N
ids_properties/plugins/node(i1)/put_operation(i2)/name Name of software used {constant} STR_0D
ids_properties/plugins/node(i1)/put_operation(i2)/description Short description of the software (type, purpose) {constant}. Introduced after DD version 3.38.1 STR_0D
ids_properties/plugins/node(i1)/put_operation(i2)/commit Unique commit reference of software {constant} STR_0D
ids_properties/plugins/node(i1)/put_operation(i2)/version Unique version (tag) of software {constant} STR_0D
ids_properties/plugins/node(i1)/put_operation(i2)/repository URL of software repository {constant} STR_0D
ids_properties/plugins/node(i1)/put_operation(i2)/parameters List of the code specific parameters in XML format {constant} STR_0D
ids_properties/plugins/node(i1)/readback(i2) Plugins to be used to read back a node (potentially, multiple plugins can be applied, listed in reverse order of application) struct_array [max_size=10 (limited in MDS+ backend only)] 1- 1...N
ids_properties/plugins/node(i1)/readback(i2)/name Name of software used {constant} STR_0D
ids_properties/plugins/node(i1)/readback(i2)/description Short description of the software (type, purpose) {constant}. Introduced after DD version 3.38.1 STR_0D
ids_properties/plugins/node(i1)/readback(i2)/commit Unique commit reference of software {constant} STR_0D
ids_properties/plugins/node(i1)/readback(i2)/version Unique version (tag) of software {constant} STR_0D
ids_properties/plugins/node(i1)/readback(i2)/repository URL of software repository {constant} STR_0D
ids_properties/plugins/node(i1)/readback(i2)/parameters List of the code specific parameters in XML format {constant} STR_0D
ids_properties/plugins/node(i1)/get_operation(i2) Plugins actually used to read back a node (potentially, multiple plugins can be applied, listed in reverse order of application). This information is filled by the plugin infrastructure during the GET operation. struct_array [max_size=10 (limited in MDS+ backend only)] 1- 1...N
ids_properties/plugins/node(i1)/get_operation(i2)/name Name of software used {constant} STR_0D
ids_properties/plugins/node(i1)/get_operation(i2)/description Short description of the software (type, purpose) {constant}. Introduced after DD version 3.38.1 STR_0D
ids_properties/plugins/node(i1)/get_operation(i2)/commit Unique commit reference of software {constant} STR_0D
ids_properties/plugins/node(i1)/get_operation(i2)/version Unique version (tag) of software {constant} STR_0D
ids_properties/plugins/node(i1)/get_operation(i2)/repository URL of software repository {constant} STR_0D
ids_properties/plugins/node(i1)/get_operation(i2)/parameters List of the code specific parameters in XML format {constant} STR_0D
ids_properties/plugins/infrastructure_put Plugin infrastructure used to PUT the data structure
ids_properties/plugins/infrastructure_put/name Name of software used {constant} STR_0D
ids_properties/plugins/infrastructure_put/description Short description of the software (type, purpose) {constant}. Introduced after DD version 3.38.1 STR_0D
ids_properties/plugins/infrastructure_put/commit Unique commit reference of software {constant} STR_0D
ids_properties/plugins/infrastructure_put/version Unique version (tag) of software {constant} STR_0D
ids_properties/plugins/infrastructure_put/repository URL of software repository {constant} STR_0D
ids_properties/plugins/infrastructure_get Plugin infrastructure used to GET the data structure
ids_properties/plugins/infrastructure_get/name Name of software used {constant} STR_0D
ids_properties/plugins/infrastructure_get/description Short description of the software (type, purpose) {constant}. Introduced after DD version 3.38.1 STR_0D
ids_properties/plugins/infrastructure_get/commit Unique commit reference of software {constant} STR_0D
ids_properties/plugins/infrastructure_get/version Unique version (tag) of software {constant} STR_0D
ids_properties/plugins/infrastructure_get/repository URL of software repository {constant} STR_0D
tag(i1) Set of tags to which this entry belongs struct_array [max_size=10 (limited in MDS+ backend only)] 1- 1...N
tag(i1)/name Name of the tag {constant} STR_0D
tag(i1)/comment Any comment describing the content of the tagged list of entries {constant} STR_0D
normalizing_quantities Physical quantities used for normalization (useful to link to the original simulation/experience) structure
normalizing_quantities/t_e Electron temperature at outboard equatorial midplane of the flux surface (poloidal_angle = 0) {constant} [eV] FLT_0D
normalizing_quantities/n_e Electron density at outboard equatorial midplane of the flux surface (poloidal_angle = 0) {constant} [m^-3] FLT_0D
normalizing_quantities/r Major radius of the flux surface of interest, defined as (min(R)+max(R))/2 {constant} [m] FLT_0D
normalizing_quantities/b_field_tor Toroidal magnetic field at major radius r {constant} [T] FLT_0D
flux_surface Flux surface characteristics structure
flux_surface/r_minor_norm Normalised minor radius of the flux surface of interest = 1/2 * (max(R) - min(R))/L_ref {constant} [-] FLT_0D
flux_surface/elongation Elongation {constant} [-] FLT_0D
flux_surface/delongation_dr_minor_norm Derivative of the elongation with respect to r_minor_norm {constant} [-]. Introduced after DD version 3.36.0 FLT_0D
flux_surface/dgeometric_axis_r_dr_minor Derivative of the major radius of the surface geometric axis with respect to r_minor {constant} [-]. Introduced after DD version 3.36.0 FLT_0D
flux_surface/dgeometric_axis_z_dr_minor Derivative of the height of the surface geometric axis with respect to r_minor {constant} [-]. Introduced after DD version 3.36.0 FLT_0D
flux_surface/q Safety factor {constant} [-] FLT_0D
flux_surface/magnetic_shear_r_minor Magnetic shear, defined as r_minor_norm/q . dq/dr_minor_norm (different definition from the equilibrium IDS) {constant} [-] FLT_0D
flux_surface/pressure_gradient_norm Normalised pressure gradient (derivative with respect to r_minor_norm) {constant} [-] FLT_0D
flux_surface/ip_sign Sign of the plasma current {constant} [-] FLT_0D
flux_surface/b_field_tor_sign Sign of the toroidal magnetic field {constant} [-] FLT_0D
flux_surface/shape_coefficients_c(:) 'c' coefficients in the formula defining the shape of the flux surface {constant} [-] FLT_1D 1- 1...N
flux_surface/dc_dr_minor_norm(:) Derivative of the 'c' shape coefficients with respect to r_minor_norm {constant} [-] FLT_1D 1- flux_surface/shape_coefficients_c
flux_surface/shape_coefficients_s(:) 's' coefficients in the formula defining the shape of the flux surface {constant} [-] FLT_1D 1- 1...N
flux_surface/ds_dr_minor_norm(:) Derivative of the 's' shape coefficients with respect to r_minor_norm {constant} [-] FLT_1D 1- flux_surface/shape_coefficients_s
model Assumptions of the GK calculations structure
model/include_centrifugal_effects Flag = 1 if centrifugal effects are retained, 0 otherwise {constant} INT_0D
model/include_a_field_parallel Flag = 1 if fluctuations of the parallel vector potential are retained, 0 otherwise {constant} INT_0D
model/include_b_field_parallel Flag = 1 if fluctuations of the parallel magnetic field are retained, 0 otherwise {constant} INT_0D
model/include_full_curvature_drift Flag = 1 if all contributions to the curvature drift are included (including beta_prime), 0 otherwise. Neglecting the beta_prime contribution (Flag=0) is only recommended together with the neglect of parallel magnetic field fluctuations {constant} INT_0D
model/collisions_pitch_only Flag = 1 if only pitch-angle scattering is retained, 0 otherwise {constant} INT_0D
model/collisions_momentum_conservation Flag = 1 if the collision operator conserves momentum, 0 otherwise {constant} INT_0D
model/collisions_energy_conservation Flag = 1 if the collision operator conserves energy, 0 otherwise {constant} INT_0D
model/collisions_finite_larmor_radius Flag = 1 if finite larmor radius effects are retained in the collision operator, 0 otherwise {constant} INT_0D
model/non_linear_run Flag = 1 if this is a non-linear run, 0 for a linear run {constant} INT_0D
model/time_interval_norm(:) Normalised time interval used to average fluxes in non-linear runs {constant} [-] FLT_1D 1- 1...2
species_all Physical quantities common to all species structure
species_all/beta_reference Reference plasma beta (see detailed documentation at the root of the IDS) {constant} [-] FLT_0D
species_all/velocity_tor_norm Normalised toroidal velocity of species (all species are assumed to have a purely toroidal velocity with a common toroidal angular frequency) {constant} [-] FLT_0D
species_all/zeff Effective charge {constant} [-] FLT_0D
species_all/debye_length_reference Debye length computed from the reference quantities (see detailed documentation at the root of the IDS) {constant} [-] FLT_0D
species_all/shearing_rate_norm Normalised ExB shearing rate (for non-linear runs only) {constant} [-] FLT_0D
species(i1) Set of species (including electrons) used in the calculation and related quantities struct_array [max_size=10 (limited in MDS+ backend only)] 1- 1...N
species(i1)/charge_norm Normalised charge {constant} [-] FLT_0D
species(i1)/mass_norm Normalised mass {constant} [-] FLT_0D
species(i1)/density_norm Normalised density {constant} [-] FLT_0D
species(i1)/density_log_gradient_norm Normalised logarithmic gradient (with respect to r_minor_norm) of the density {constant} [-] FLT_0D
species(i1)/temperature_norm Normalised temperature {constant} [-] FLT_0D
species(i1)/temperature_log_gradient_norm Normalised logarithmic gradient (with respect to r_minor_norm) of the temperature {constant} [-] FLT_0D
species(i1)/velocity_tor_gradient_norm Normalised gradient (with respect to r_minor_norm) of the toroidal velocity {constant} [-] FLT_0D
collisions Collisions related quantities structure
collisions/collisionality_norm(:,:) Normalised collisionality between two species {constant} [-] FLT_2D 1- species
2- species
wavevector(i1) Set of wavevectors struct_array [max_size=10 (limited in MDS+ backend only)] 1- 1...N
wavevector(i1)/radial_component_norm Normalised radial component of the wavevector {constant} [-] FLT_0D
wavevector(i1)/binormal_component_norm Normalised binormal component of the wavevector {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2) Set of eigenmode for this wavector struct_array [max_size=5 (limited in MDS+ backend only)] 1- 1...N
wavevector(i1)/eigenmode(i2)/poloidal_turns Number of poloidal turns considered in the flux-tube simulation {constant} INT_0D
wavevector(i1)/eigenmode(i2)/growth_rate_norm Growth rate {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/frequency_norm Frequency {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/growth_rate_tolerance Relative tolerance on the growth rate (convergence of the simulation) {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/phi_potential_perturbed_weight(:) Amplitude of the perturbed electrostatic potential normalised to the sum of amplitudes of all perturbed fields {constant} [-] FLT_1D 1- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/phi_potential_perturbed_parity(:) Parity of the perturbed electrostatic potential with respect to theta = 0 (poloidal angle) {constant} [-] FLT_1D 1- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/a_field_parallel_perturbed_weight(:) Amplitude of the perturbed parallel vector potential normalised to the sum of amplitudes of all perturbed fields {constant} [-] FLT_1D 1- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/a_field_parallel_perturbed_parity(:) Parity of the perturbed parallel vector potential with respect to theta = 0 (poloidal angle) {constant} [-] FLT_1D 1- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/b_field_parallel_perturbed_weight(:) Amplitude of the perturbed parallel magnetic field normalised to the sum of amplitudes of all perturbed fields {constant} [-] FLT_1D 1- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/b_field_parallel_perturbed_parity(:) Parity of the perturbed parallel magnetic field with respect to theta = 0 (poloidal angle) {constant} [-] FLT_1D 1- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/poloidal_angle(:) Poloidal angle grid (see detailed documentation at the root of the IDS) {constant} [-] FLT_1D 1- 1...N
wavevector(i1)/eigenmode(i2)/phi_potential_perturbed_norm(:,:) Normalised perturbed electrostatic potential {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/a_field_parallel_perturbed_norm(:,:) Normalised perturbed parallel vector potential {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/b_field_parallel_perturbed_norm(:,:) Normalised perturbed parallel magnetic field {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/time_norm(:) Normalised time of the gyrokinetic simulation {constant} [-] FLT_1D 1- 1...N
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3) Fluxes and moments of the perturbed distribution function, for this eigenmode and for each species. The fluxes are time averaged for non-linear runs (using model/ time_interval_norm) and given at the last time step for linear runs. struct_array [max_size=10 (limited in MDS+ backend only)] 1- species
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter Moments (normalised) of the perturbed distribution function of gyrocenters structure
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/density(:,:) Normalised density {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/density_gyroav(:,:) Normalised density (gyroaveraged) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/j_parallel(:,:) Normalised parallel current density {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/j_parallel_gyroav(:,:) Normalised parallel current density (gyroaveraged) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/pressure_parallel(:,:) Normalised parallel temperature {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/pressure_parallel_gyroav(:,:) Normalised parallel temperature (gyroaveraged) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/pressure_perpendicular(:,:) Normalised perpendicular temperature {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/pressure_perpendicular_gyroav(:,:) Normalised perpendicular temperature (gyroaveraged) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/heat_flux_parallel(:,:) Normalised parallel heat flux (integral of 0.5 * m * v_par * v^2) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/heat_flux_parallel_gyroav(:,:) Normalised parallel heat flux (integral of 0.5 * m * v_par * v^2, gyroaveraged) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/v_parallel_energy_perpendicular(:,:) Normalised moment (integral over 0.5 * m * v_par * v_perp^2) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/v_parallel_energy_perpendicular_gyroav(:,:) Normalised moment (integral over 0.5 * m * v_par * v_perp^2, gyroaveraged) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/v_perpendicular_square_energy(:,:) Normalised moment (integral over 0.5 * m * v_perp^2 * v^2) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_gyrocenter/v_perpendicular_square_energy_gyroav(:,:) Normalised moment (integral over 0.5 * m * v_perp^2 * v^2, gyroaveraged) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_particle Moments (normalised) of the perturbed distribution function of particles structure
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_particle/density(:,:) Normalised density {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_particle/j_parallel(:,:) Normalised parallel current density {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_particle/pressure_parallel(:,:) Normalised parallel temperature {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_particle/pressure_perpendicular(:,:) Normalised perpendicular temperature {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_particle/heat_flux_parallel(:,:) Normalised parallel heat flux (integral of 0.5 * m * v_par * v^2) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_particle/v_parallel_energy_perpendicular(:,:) Normalised moment (integral over 0.5 * m * v_par * v_perp^2) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/moments_norm_particle/v_perpendicular_square_energy(:,:) Normalised moment (integral over 0.5 * m * v_perp^2 * v^2) {constant} [-] CPX_2D 1- wavevector(i1)/eigenmode(i2)/poloidal_angle
2- wavevector(i1)/eigenmode(i2)/time_norm
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter Normalised gyrocenter fluxes in the laboratory frame structure
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/particles_phi_potential Contribution of the perturbed electrostatic potential to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/particles_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/particles_b_field_parallel Contribution of the perturbed parallel magnetic field to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/energy_phi_potential Contribution of the perturbed electrostatic potential to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/energy_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/energy_b_field_parallel Contribution of the perturbed parallel magnetic field to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/momentum_tor_parallel_phi_potential Contribution of the perturbed electrostatic potential to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/momentum_tor_parallel_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/momentum_tor_parallel_b_field_parallel Contribution of the perturbed parallel magnetic field to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/momentum_tor_perpendicular_phi_potential Contribution of the perturbed electrostatic potential to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/momentum_tor_perpendicular_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter/momentum_tor_perpendicular_b_field_parallel Contribution of the perturbed parallel magnetic field to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame Normalised gyrocenter fluxes in the rotating frame structure
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/particles_phi_potential Contribution of the perturbed electrostatic potential to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/particles_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/particles_b_field_parallel Contribution of the perturbed parallel magnetic field to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/energy_phi_potential Contribution of the perturbed electrostatic potential to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/energy_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/energy_b_field_parallel Contribution of the perturbed parallel magnetic field to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/momentum_tor_parallel_phi_potential Contribution of the perturbed electrostatic potential to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/momentum_tor_parallel_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/momentum_tor_parallel_b_field_parallel Contribution of the perturbed parallel magnetic field to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/momentum_tor_perpendicular_phi_potential Contribution of the perturbed electrostatic potential to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/momentum_tor_perpendicular_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_gyrocenter_rotating_frame/momentum_tor_perpendicular_b_field_parallel Contribution of the perturbed parallel magnetic field to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle Normalised particle fluxes in the laboratory frame structure
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/particles_phi_potential Contribution of the perturbed electrostatic potential to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/particles_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/particles_b_field_parallel Contribution of the perturbed parallel magnetic field to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/energy_phi_potential Contribution of the perturbed electrostatic potential to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/energy_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/energy_b_field_parallel Contribution of the perturbed parallel magnetic field to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/momentum_tor_parallel_phi_potential Contribution of the perturbed electrostatic potential to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/momentum_tor_parallel_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/momentum_tor_parallel_b_field_parallel Contribution of the perturbed parallel magnetic field to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/momentum_tor_perpendicular_phi_potential Contribution of the perturbed electrostatic potential to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/momentum_tor_perpendicular_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle/momentum_tor_perpendicular_b_field_parallel Contribution of the perturbed parallel magnetic field to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame Normalised particle fluxes in the rotating frame structure
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/particles_phi_potential Contribution of the perturbed electrostatic potential to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/particles_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/particles_b_field_parallel Contribution of the perturbed parallel magnetic field to the normalised particle flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/energy_phi_potential Contribution of the perturbed electrostatic potential to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/energy_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/energy_b_field_parallel Contribution of the perturbed parallel magnetic field to the normalised energy flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/momentum_tor_parallel_phi_potential Contribution of the perturbed electrostatic potential to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/momentum_tor_parallel_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/momentum_tor_parallel_b_field_parallel Contribution of the perturbed parallel magnetic field to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/momentum_tor_perpendicular_phi_potential Contribution of the perturbed electrostatic potential to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/momentum_tor_perpendicular_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/fluxes_moments(i3)/fluxes_norm_particle_rotating_frame/momentum_tor_perpendicular_b_field_parallel Contribution of the perturbed parallel magnetic field to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
wavevector(i1)/eigenmode(i2)/code Code-specific parameters used for this eigenmode. Introduced after DD version 3.36.0 structure
wavevector(i1)/eigenmode(i2)/code/parameters List of the code specific parameters in XML format {constant} STR_0D
wavevector(i1)/eigenmode(i2)/code/output_flag Output flag : 0 means the run is successful, other values mean some difficulty has been encountered, the exact meaning is then code specific. Negative values mean the result shall not be used. {constant} INT_0D
wavevector(i1)/eigenmode(i2)/initial_value_run Flag = 1 if this is an initial value run, 0 for an eigenvalue run {constant}. Introduced after DD version 3.36.0 INT_0D
fluxes_integrated_norm(i1) Normalised fluxes of particles computed in the laboratory frame per species, summed over all wavevectors, and averaged over the time interval specified in model/time_interval_norm (non-linear runs only) struct_array [max_size=10 (limited in MDS+ backend only)] 1- species
fluxes_integrated_norm(i1)/particles_phi_potential Contribution of the perturbed electrostatic potential to the normalised particle flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/particles_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the normalised particle flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/particles_b_field_parallel Contribution of the perturbed parallel magnetic field to the normalised particle flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/energy_phi_potential Contribution of the perturbed electrostatic potential to the normalised energy flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/energy_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the normalised energy flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/energy_b_field_parallel Contribution of the perturbed parallel magnetic field to the normalised energy flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/momentum_tor_parallel_phi_potential Contribution of the perturbed electrostatic potential to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/momentum_tor_parallel_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/momentum_tor_parallel_b_field_parallel Contribution of the perturbed parallel magnetic field to the parallel component of the normalised toroidal momentum flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/momentum_tor_perpendicular_phi_potential Contribution of the perturbed electrostatic potential to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/momentum_tor_perpendicular_a_field_parallel Contribution of the perturbed parallel electromagnetic potential to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
fluxes_integrated_norm(i1)/momentum_tor_perpendicular_b_field_parallel Contribution of the perturbed parallel magnetic field to the perpendicular component of the normalised toroidal momentum flux {constant} [-] FLT_0D
code Generic decription of the code-specific parameters for the code that has produced this IDS structure
code/name Name of software generating IDS {constant} STR_0D
code/description Short description of the software (type, purpose) {constant}. Introduced after DD version 3.38.1 STR_0D
code/commit Unique commit reference of software {constant} STR_0D
code/version Unique version (tag) of software {constant} STR_0D
code/repository URL of software repository {constant} STR_0D
code/parameters List of the code specific parameters in XML format {constant} STR_0D
code/output_flag(:) Output flag : 0 means the run is successful, other values mean some difficulty has been encountered, the exact meaning is then code specific. Negative values mean the result shall not be used. {dynamic} INT_1D 1- time
code/library(i1) List of external libraries used by the code that has produced this IDS struct_array [max_size=10 (limited in MDS+ backend only)] 1- 1...N
code/library(i1)/name Name of software {constant} STR_0D
code/library(i1)/description Short description of the software (type, purpose) {constant}. Introduced after DD version 3.38.1 STR_0D
code/library(i1)/commit Unique commit reference of software {constant} STR_0D
code/library(i1)/version Unique version (tag) of software {constant} STR_0D
code/library(i1)/repository URL of software repository {constant} STR_0D
code/library(i1)/parameters List of the code specific parameters in XML format {constant} STR_0D
time(:) Generic time {dynamic} [s] FLT_1D 1- 1...N

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