Utility driver programs. More...

Modules
	ThinCurr
	ThinCurr drivers for 3D thin-wall modeling.

	TokaMaker
	TokaMaker drivers for axisymmetric equilibrium modeling.

Functions/Subroutines
program	marklin_eigs
	Driver to compute Taylor states (and higher force-free modes)

program	oft_mesh_check
	Driver to check grid generation and compute optimized smoother parameters.

program	oft_trace
	Driver to trace field lines and particles from fields stored in a restart file.

program	poincare_trace
	Driver to compute poincare section from fields stored in restart files.

Detailed Description

Utility driver programs.

Function/Subroutine Documentation

program marklin_eigs

Driver to compute Taylor states (and higher force-free modes)

Option group: marklin_eigs_options

Option	Description	Type [dim]
`order=1`	FE order	int
`nmodes=1`	Number of modes to compute	int
`minlev=-1`	Lowest level for MG (negative to disable)	int

program oft_mesh_check

Driver to check grid generation and compute optimized smoother parameters.

Option group: oft_mesh_check_options

Option	Description	Type [dim]
`order=1`	FE order	int
`minlev=1`	Lowest FE level to use	int

program oft_trace

Driver to trace field lines and particles from fields stored in a restart file.

Option group: oft_trace_options

Option	Description	Type [dim]
`order=1`	FE order	int
`type=1`	Field type (1 -> vLag, 2-> H(Curl) + Grad(H^1), 3->H(Curl))	int
`fields="","",""`	Sub-field names in restart files	str(10) [3]
`rst_file="none"`	Restart file containing fields	str(40)
`pt_file="none"`	File containing launch point list	str(40)
`adv_type=1`	Type of advance to be used (1=>b-field, 2=>lorentz)	int
`tracer_type=1`	Type of tracer to be used	int
`bscale=1`	Scale factor for magnetic field for `adv_type=2`	real
`mu_ion=1`	Ion mass in atomic units for `adv_type=2`	real
`tracer_maxsteps=1E5`	Maximum number of tracer steps per field line	int
`tracer_maxtrans=1E4`	Maximum number of domain transfers per field line	int
`tracer_tol=1E-9`	Tracer tolerance	real
`tracer_timeout=60`	Timeout for each Poincare section	real

program poincare_trace

Driver to compute poincare section from fields stored in restart files.

Option group: poincare_trace_options

Option	Description	Type [dim]
`order=1`	FE order	int
`type=1`	Field type (1 -> vLag, 2-> H(Curl) + Grad(H^1), 3->H(Curl))	int
`fields=""`	Sub-field names in restart files	str(10) [3]
`pt_file="none"`	File containing launch point list	str(40)
`rst_list_file="none"`	File containing restart file list	str(40)
`tracer_type=1`	Type of tracer to be used	int
`tracer_maxsteps=1E5`	Maximum number of tracer steps per field line	int
`tracer_maxtrans=1E4`	Maximum number of domain transfers per field line	int
`tracer_tol=1E-9`	Tracer tolerance	real
`tracer_timeout=60`	Timeout for each Poincare section	real
`compute_q=F`	Compute approximate safety factor	bool