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

Functions/Subroutines
program	thincurr_coupling
	Run thin wall frequency response simulations using ThinCurr.

program	thincurr_eig
	Run thin wall eigenvalue calculations using ThinCurr.

program	thincurr_fr
	Run thin wall frequency response simulations using ThinCurr.

program	thincurr_from_mode
	Project DCON mode on to ThinCurr triangular grid for thin-wall studies.

program	thincurr_td
	Run time-dependent thin wall simulations using ThinCurr.

Detailed Description

ThinCurr drivers for 3D thin-wall modeling.

Function/Subroutine Documentation

program thincurr_coupling

Run thin wall frequency response simulations using ThinCurr.

Option group: thincurr_fr_options

Option	Description	Type [dim]
`mesh_file="none"`	Surface mesh filename (Cubit)	str
`plot_run=F`	Produce plot files from stored restart files	bool
`direct=T`	Use direct solver	bool
`force_f0=0.`	Toroidal field (R0*B0) for force calculation	float
`freq=1.d3`	Frequency for FR run	float
`mode_file="none"`	DCON mode surface file from "mode_to_tw"	str
`fr_limit=0`	Frequency limit for FR run (1->Inf, 2->Zero)	str

program thincurr_eig

Run thin wall eigenvalue calculations using ThinCurr.

Option group: thincurr_eig_options

Option	Description	Type [dim]
`mesh_file="none"`	Surface mesh filename (Cubit)	str
`plot_run=F`	Produce plot files from stored restart files	bool
`direct=T`	Use direct solver	bool
`compute_B=F`	Compute B-field on cell centers	bool
`eigs=5`	Number of eigenvalues/vectors to compute	ind

program thincurr_fr

Run thin wall frequency response simulations using ThinCurr.

Option group: thincurr_fr_options

Option	Description	Type [dim]
`mesh_file="none"`	Surface mesh filename (Cubit)	str
`plot_run=F`	Produce plot files from stored restart files	bool
`direct=T`	Use direct solver	bool
`force_f0=0.`	Toroidal field (R0*B0) for force calculation	float
`freq=1.d3`	Frequency for FR run	float
`mode_file="none"`	DCON mode surface file from "mode_to_tw"	str
`fr_limit=0`	Frequency limit for FR run (1->Inf, 2->Zero)	str

program thincurr_from_mode

Project DCON mode on to ThinCurr triangular grid for thin-wall studies.

Option group: thincurr_from_mode_options

Option	Description	Type [dim]
`filename="none"`	DCON mode definition file	str
`ntheta=40`	Number of poloidal grid points	int
`nphi=90`	Number of toroidal grid points	int

program thincurr_td

Run time-dependent thin wall simulations using ThinCurr.

Option group: thincurr_td_options

Option	Description	Type [dim]
`mesh_file="none"`	Surface mesh filename (Cubit)	str
`dt=1.E-4`	Time step for time dependent run	float
`nsteps=400`	Number of steps for time dependent run	int
`timestep_cn=T`	Use Crank-Nicolson timestep	bool
`cg_tol=1.E-6`	Convergence tolerance for `direct=F`	float
`nplot=10`	Restart save frequency for time dependent run	int
`plot_run=F`	Produce plot files from stored restart files	bool
`direct=T`	Use direct solver	bool
`save_mat=T`	Store inverted matrix for later use	bool
`compute_b=F`	Compute magnetic fields on cell centers	bool