eqfor.f90 File Reference

Basis physics analysis and evaluaton of force balance. This is where most of the contents of the threed1 output file is computed. More...

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Functions/Subroutines
subroutine	eqfor (br, bz, bsubu, bsubv, tau, rzl_array, ier_flag)
	Basis physics analysis and evaluaton of force balance. This is where most of the contents of the threed1 output file is computed.

Detailed Description

Basis physics analysis and evaluaton of force balance. This is where most of the contents of the threed1 output file is computed.

Definition in file eqfor.f90.

Function/Subroutine Documentation

eqfor()

subroutine eqfor	(	real(rprec), dimension(nrzt), intent(out)	br,
		real(rprec), dimension(nrzt), intent(out)	bz,
		real(rprec), dimension(ns,nznt,0:1), intent(in)	bsubu,
		real(rprec), dimension(ns,nznt,0:1), intent(in)	bsubv,
		real(rprec), dimension(nrzt), intent(out)	tau,
		real(rprec), dimension(ns,0:ntor,0:mpol1,3*ntmax), intent(in), target	rzl_array,
		integer	ier_flag )

Basis physics analysis and evaluaton of force balance. This is where most of the contents of the threed1 output file is computed.

Parameters

br	cylindrical component of magnetic field \(B^R\)
bz	cylindrical component of magnetic field \(B^Z\)
bsubu	covariant component of magnetic field \(B_\theta\)
bsubv	covariant component of magnetic field \(B_\zeta\)
tau	Jacobian \(\sqrt{g} = R \tau\)
rzl_array	state vector (all Fourier coefficients) of VMEC
ier_flag	error flag

Definition at line 15 of file eqfor.f90.

References vmec_io::aminor_p, vforces::armn, vforces::armn_o, vmec_main::aspect, vforces::azmn, vforces::azmn_e, vforces::azmn_o, vmec_io::b0, vmec_main::bdotb, vmec_main::beta_vol, vmec_io::betapol, vmec_io::betator, vmec_io::betatot, vmec_io::betaxis, bextrema(), vmec_main::bmax, vmec_main::bmin, vmec_main::bpedge, vacmod::bphi, vacmod::bphiv, vmec_main::bredge, vforces::brmn, vforces::brmn_e, vacmod::bsqvac, bss(), vacmod::bsubvvac, vmec_main::buco, vmec_main::bucof, vmec_main::bvco, vmec_main::bvcof, vmec_main::bzedge, vforces::bzmn, vforces::bzmn_e, vforces::bzmn_o, calc_fbal(), vmec_main::chi, vmec_main::chipf, vmec_io::circum_p, vforces::crmn_e, vforces::crmn_o, vmec_io::cross_area_p, vmec_main::ctor, vforces::czmn_e, vforces::czmn_o, elongation(), vmec_main::equif, vmec_main::hs, vmec_io::ionlarmor, vmec_main::iotaf, vmec_main::iotas, vmec_main::ivac, vmec_main::jcuru, vmec_main::jcurv, vmec_main::jdotb, vmec_main::jpar2, vmec_main::jperp2, jxbforce(), vmec_io::kappa_p, vmec_main::lthreed, vmec_params::mscale, stel_constants::mu0, vmec_params::nscale, vmec_params::ntmax, stel_constants::one, dbgout::open_dbg_context(), vmec_main::overr, realspace::phip, vmec_main::phipf, stel_constants::pi, vmec_main::pres, vmec_main::presf, vmec_main::presgrad, vmec_main::psi, vmec_main::r00, realspace::r1, vmec_main::rbtor, vmec_main::rbtor0, vmec_params::rcc, realspace::rcon, vmec_params::rcs, vmec_main::rinner, vmec_io::rmajor_p, vmec_io::rmax_surf, vmec_io::rmin_surf, vmec_main::router, realspace::ru0, realspace::rv, vmec_params::signgs, vmec_main::specw, realspace::sqrts, vmec_io::surf_area_p, stel_constants::twopi, vmec_io::volavgb, vmec_io::volume_p, vmec_main::vp, vmec_main::vpphi, realspace::wint, vmec_main::yellip, vmec_main::ygeo, vmec_main::yinden, vmec_main::yshift, vmec_main::ytrian, realspace::z1, vmec_params::zcc, realspace::zcon, vmec_params::zcs, stel_constants::zero, vmec_io::zmax_surf, vmec_params::zsc, realspace::zu0, and realspace::zv.

Referenced by fileout().

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