taylor.F90 File Reference

#include "local.h"

Data Types
type	oft_taylor_hmodes
	Force-free, uniform \( \lambda \) eigenmode object. More...
type	oft_taylor_ifield
	Force-free, uniform \( \lambda \) field object (inhomogeneous BCs). More...
type	oft_taylor_rinterp
	Interpolate a Taylor state field. More...

Modules
module	taylor
	Subroutines and fields for Taylor state calculations using mimetic operators.

Functions/Subroutines
subroutine	ff_delete (self, storage_only)
	Setup eigenmodes object.
subroutine	ff_setup (self, nh, hcpc, hcpv, htags, ml_hcurl, ml_h1, ml_hcurl_grad, ml_h1grad, ml_lagrange, minlev)
	Setup eigenmodes object.
subroutine	hmodes_delete (self, storage_only)
	Setup eigenmodes object.
subroutine	hmodes_setup (self, ml_hcurl, ml_lagrange, minlev, htor_axis)
	Setup eigenmodes object.
subroutine	taylor_hmodes (self, nm, rst_filename)
	Compute 'taylor_nm' Force-Free eignemodes.
subroutine	taylor_injector_single (self, hmodes, lambda, fluxes, gffa)
	Compute force-free plasma response to external fields generated by taylor_vacuum.
subroutine	taylor_injectors (self, hmodes, lambda, rst_filename)
	Compute force-free plasma response to external fields generated by taylor_injectors.
subroutine	taylor_rinterp (self, cell, f, gop, val)
	Reconstruct a composite Taylor state field.
subroutine	taylor_rinterp_setup1 (self, hcurl_grad_rep)
	Setup interpolator for composite Taylor state fields.
subroutine	taylor_rinterp_setup2 (self, hcurl_rep, hgrad_rep)
	Setup interpolator for composite Taylor state fields.
subroutine	taylor_vac_curr (self, hmodes, rst_filename)
	Generate vector potential whose corresponding current matches the vacuum fields stored in taylor::taylor_hvac.
subroutine	taylor_vacuum (self, energy, hmodes, rst_filename)
	Generate vacuum fields for specified handle (cut planes).

Variables
integer(i4), parameter	taylor_tag_size = 4
	Size of jump planes character tags.