Simulation offload struct. More...

#include <simulate.h>

Data Fields
B_field_offload_data	B_offload_data

E_field_offload_data	E_offload_data

plasma_offload_data	plasma_offload_data

neutral_offload_data	neutral_offload_data

wall_offload_data	wall_offload_data

boozer_offload_data	boozer_offload_data

mhd_offload_data	mhd_offload_data

asigma_offload_data	asigma_offload_data

nbi_offload_data	nbi_offload_data

diag_offload_data	diag_offload_data

int	sim_mode

int	enable_ada

int	record_mode

int	fix_usrdef_use

real	fix_usrdef_val

int	fix_gyrodef_nstep

real	ada_tol_orbfol

real	ada_tol_clmbcol

real	ada_max_drho

real	ada_max_dphi

int	enable_orbfol

int	enable_clmbcol

int	enable_mhd

int	enable_atomic

int	disable_gctransform

int	disable_energyccoll

int	disable_pitchccoll

int	disable_gcdiffccoll

int	reverse_time

int	endcond_active

real	endcond_lim_simtime

real	endcond_max_mileage

real	endcond_max_cputime

real	endcond_min_rho

real	endcond_max_rho

real	endcond_min_ekin

real	endcond_min_thermal

real	endcond_max_tororb

real	endcond_max_polorb

int	endcond_torandpol

char	hdf5_in [256]

char	hdf5_out [256]

char	qid [256]

char	description [256]

int	mpi_root

int	mpi_rank

int	mpi_size

char	qid_options [256]

char	qid_bfield [256]

char	qid_efield [256]

char	qid_marker [256]

char	qid_wall [256]

char	qid_plasma [256]

char	qid_neutral [256]

char	qid_boozer [256]

char	qid_mhd [256]

char	qid_asigma [256]

char	qid_nbi [256]

Detailed Description

Simulation offload struct.

This structure holds necessary data to initialize the simulation data struct target. Any IO related data (input filenames etc.) are also stored here (but not in the simulation data struct as these are not needed on target).

Definition at line 55 of file simulate.h.

Field Documentation

◆ B_offload_data

B_field_offload_data sim_offload_data::B_offload_data

Magnetic field offload data

Definition at line 57 of file simulate.h.

◆ E_offload_data

E_field_offload_data sim_offload_data::E_offload_data

Electric field offload data

Definition at line 58 of file simulate.h.

◆ plasma_offload_data

plasma_offload_data sim_offload_data::plasma_offload_data

Plasma offload data

Definition at line 59 of file simulate.h.

◆ neutral_offload_data

neutral_offload_data sim_offload_data::neutral_offload_data

Neutral offload data

Definition at line 60 of file simulate.h.

◆ wall_offload_data

wall_offload_data sim_offload_data::wall_offload_data

Wall offload data

Definition at line 61 of file simulate.h.

◆ boozer_offload_data

boozer_offload_data sim_offload_data::boozer_offload_data

Boozer offload data

Definition at line 62 of file simulate.h.

◆ mhd_offload_data

mhd_offload_data sim_offload_data::mhd_offload_data

MHD offload data

Definition at line 63 of file simulate.h.

◆ asigma_offload_data

asigma_offload_data sim_offload_data::asigma_offload_data

Atomic sigma offload data

Definition at line 64 of file simulate.h.

◆ nbi_offload_data

nbi_offload_data sim_offload_data::nbi_offload_data

NBI offload data

Definition at line 65 of file simulate.h.

◆ diag_offload_data

diag_offload_data sim_offload_data::diag_offload_data

Diagnostics offload data

Definition at line 66 of file simulate.h.

◆ sim_mode

int sim_offload_data::sim_mode

Which simulation mode is used

Definition at line 69 of file simulate.h.

◆ enable_ada

int sim_offload_data::enable_ada

Is adaptive time-step used

Definition at line 70 of file simulate.h.

◆ record_mode

int sim_offload_data::record_mode

Which record mode is used

Definition at line 71 of file simulate.h.

◆ fix_usrdef_use

int sim_offload_data::fix_usrdef_use

Use user defined value for (initial) time-step

Definition at line 74 of file simulate.h.

◆ fix_usrdef_val

real sim_offload_data::fix_usrdef_val

User defined time-step value

Definition at line 75 of file simulate.h.

◆ fix_gyrodef_nstep

int sim_offload_data::fix_gyrodef_nstep

Time-step = gyrotime/fix_gyrodef_nstep if not explicitly user defined

Definition at line 76 of file simulate.h.

◆ ada_tol_orbfol

real sim_offload_data::ada_tol_orbfol

Tolerance for relative error in orbit-following

Definition at line 80 of file simulate.h.

◆ ada_tol_clmbcol

real sim_offload_data::ada_tol_clmbcol

Tolerance for relative error in Coulomb collisions

Definition at line 82 of file simulate.h.

◆ ada_max_drho

real sim_offload_data::ada_max_drho

Maximum rho distance marker is allowed to travel during single adaptive time-step

Definition at line 84 of file simulate.h.

◆ ada_max_dphi

real sim_offload_data::ada_max_dphi

Maximum phi distance marker is allowed to travel during single adaptive time-step

Definition at line 86 of file simulate.h.

◆ enable_orbfol

int sim_offload_data::enable_orbfol

Is orbit-following enabled

Definition at line 90 of file simulate.h.

◆ enable_clmbcol

int sim_offload_data::enable_clmbcol

Are Coulomb collisions enabled

Definition at line 91 of file simulate.h.

◆ enable_mhd

int sim_offload_data::enable_mhd

Are MHD modes enabled

Definition at line 92 of file simulate.h.

◆ enable_atomic

int sim_offload_data::enable_atomic

Are atomic reactions enabled, and with what functionality

Definition at line 93 of file simulate.h.

◆ disable_gctransform

int sim_offload_data::disable_gctransform

Disables first order velocity terms in guiding center transformation

Definition at line 95 of file simulate.h.

◆ disable_energyccoll

int sim_offload_data::disable_energyccoll

Disables energy component from Coulomb collisions

Definition at line 97 of file simulate.h.

◆ disable_pitchccoll

int sim_offload_data::disable_pitchccoll

Disables pitch component from Coulomb collisions

Definition at line 99 of file simulate.h.

◆ disable_gcdiffccoll

int sim_offload_data::disable_gcdiffccoll

Disables guiding center spatial diffusion from Coulomb collisions

Definition at line 101 of file simulate.h.

◆ reverse_time

int sim_offload_data::reverse_time

Set time running backwards in simulation

Definition at line 103 of file simulate.h.

◆ endcond_active

int sim_offload_data::endcond_active

Bit array notating active end conditions

Definition at line 106 of file simulate.h.

◆ endcond_lim_simtime

real sim_offload_data::endcond_lim_simtime

Simulation time limit [s]

Definition at line 107 of file simulate.h.

◆ endcond_max_mileage

real sim_offload_data::endcond_max_mileage

Maximum simulation duration [s]

Definition at line 108 of file simulate.h.

◆ endcond_max_cputime

real sim_offload_data::endcond_max_cputime

Maximum wall-clock time [s]

Definition at line 109 of file simulate.h.

◆ endcond_min_rho

real sim_offload_data::endcond_min_rho

Minimum rho limit

Definition at line 110 of file simulate.h.

◆ endcond_max_rho

real sim_offload_data::endcond_max_rho

Maximum rho limit

Definition at line 111 of file simulate.h.

◆ endcond_min_ekin

real sim_offload_data::endcond_min_ekin

Fixed minimum kinetic energy limit [J]

Definition at line 112 of file simulate.h.

◆ endcond_min_thermal

real sim_offload_data::endcond_min_thermal

Thermal minimum energy limit is this parameter times local thermal energy

Definition at line 113 of file simulate.h.

◆ endcond_max_tororb

real sim_offload_data::endcond_max_tororb

Maximum limit for toroidal distance [rad]

Definition at line 115 of file simulate.h.

◆ endcond_max_polorb

real sim_offload_data::endcond_max_polorb

Maximum limit for poloidal distance [rad]

Definition at line 116 of file simulate.h.

◆ endcond_torandpol

int sim_offload_data::endcond_torandpol

Flag whether both tor and pol must be met

Definition at line 117 of file simulate.h.

◆ hdf5_in

char sim_offload_data::hdf5_in[256]

Name of the input HDF5 file

Definition at line 120 of file simulate.h.

◆ hdf5_out

char sim_offload_data::hdf5_out[256]

Name of the output HDF5 file

Definition at line 121 of file simulate.h.

◆ qid

char sim_offload_data::qid[256]

QID of current run

Definition at line 122 of file simulate.h.

◆ description

char sim_offload_data::description[256]

Current run's description

Definition at line 123 of file simulate.h.

◆ mpi_root

int sim_offload_data::mpi_root

Rank of the root process

Definition at line 125 of file simulate.h.

◆ mpi_rank

int sim_offload_data::mpi_rank

Rank of this MPI process

Definition at line 126 of file simulate.h.

◆ mpi_size

int sim_offload_data::mpi_size

Total number of MPI processes

Definition at line 127 of file simulate.h.

◆ qid_options

char sim_offload_data::qid_options[256]

Options QID if active not used

Definition at line 130 of file simulate.h.

◆ qid_bfield

char sim_offload_data::qid_bfield[256]

Bfield QID if active not used

Definition at line 131 of file simulate.h.

◆ qid_efield

char sim_offload_data::qid_efield[256]

Efield QID if active not used

Definition at line 132 of file simulate.h.

◆ qid_marker

char sim_offload_data::qid_marker[256]

Marker QID if active not used

Definition at line 133 of file simulate.h.

◆ qid_wall

char sim_offload_data::qid_wall[256]

Wall QID if active not used

Definition at line 134 of file simulate.h.

◆ qid_plasma

char sim_offload_data::qid_plasma[256]

Plasma QID if active not used

Definition at line 135 of file simulate.h.

◆ qid_neutral

char sim_offload_data::qid_neutral[256]

Neutral QID if active not used

Definition at line 136 of file simulate.h.

◆ qid_boozer

char sim_offload_data::qid_boozer[256]

Boozer QID if active not used

Definition at line 137 of file simulate.h.

◆ qid_mhd

char sim_offload_data::qid_mhd[256]

MHD QID if active not used

Definition at line 138 of file simulate.h.

◆ qid_asigma

char sim_offload_data::qid_asigma[256]

Asigma QID if active not used

Definition at line 139 of file simulate.h.

◆ qid_nbi

char sim_offload_data::qid_nbi[256]

NBI QID if active not used

Definition at line 140 of file simulate.h.

The documentation for this struct was generated from the following file:

simulate.h

Data Fields