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SPEC 3.20
Stepped Pressure Equilibrium Code
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SPEC 3.20
Stepped Pressure Equilibrium Code
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Given the field consistent with the constraints and the geometry, computes local quantites related to the force evaluation. More...
Functions/Subroutines | |
| subroutine | dfp200 (LcomputeDerivatives, vvol) |
| Given the field consistent with the constraints and the geometry, computes local quantites related to the force evaluation. More... | |
| subroutine | get_lu_beltrami_matrices (vvol, oBI, NN) |
| get LU Beltrami matrices More... | |
| subroutine | get_perturbed_solution (vvol, oBI, NN) |
| This routine evaluates the value of the magnetic field once the interface is perturbed using matrix perturbation theory. More... | |
| subroutine | evaluate_dmupfdx (innout, idof, ii, issym, irz) |
| Evaluate mu and psip derivatives and store them in dmupfdx. More... | |
| subroutine | evaluate_dbb (lvol, idof, innout, issym, irz, ii, dBB, XX, YY, length, dRR, dZZ, dII, dLL, dPP, Ntz, LcomputeDerivatives) |
| Evaluate the derivative of the square of the magnetic field modulus. Add spectral constraint derivatives if required. More... | |
| subroutine | hessian_dffdrz (lvol, idof, innout, issym, irz, ii, dBB, XX, YY, length, dRR, dZZ, dII, dLL, dPP, Ntz) |
| subroutine | hessian3d_dffdrz (lvol, idof, innout, issym, irz, ii, dBB, XX, YY, length, dRR, dZZ, dII, dLL, dPP, Ntz) |
Given the field consistent with the constraints and the geometry, computes local quantites related to the force evaluation.
| subroutine dfp200 | ( | logical, intent(in) | LcomputeDerivatives, |
| integer | vvol | ||
| ) |
Given the field consistent with the constraints and the geometry, computes local quantites related to the force evaluation.
| LcomputeDerivatives | |
| vvol |
References inputlist::adiabatic, allocate_beltrami_matrices(), allocate_geometry_matrices(), allglobal::ate, allglobal::ato, allglobal::aze, allglobal::azo, allglobal::bbweight, allglobal::bemn, allglobal::bomn, allglobal::btemn, allglobal::cfmn, allglobal::comn, allglobal::cosi, allglobal::cpus, allglobal::dbbdmp, allglobal::dbdx, deallocate_beltrami_matrices(), deallocate_geometry_matrices(), allglobal::denergydrr, allglobal::denergydzr, allglobal::dessian, allglobal::dffdrz, dfp200(), allglobal::diotadxup, allglobal::ditgpdxtp, allglobal::dma, allglobal::dmb, allglobal::dmd, allglobal::dmg, allglobal::dmupfdx, allglobal::dpflux, allglobal::drij, allglobal::drodr, allglobal::drodz, allglobal::dtflux, allglobal::dvolume, allglobal::dzij, allglobal::dzodr, allglobal::dzodz, allglobal::efmn, inputlist::epsilon, evaluate_dbb(), evaluate_dmupfdx(), allglobal::evmn, inputlist::gamma, get_lu_beltrami_matrices(), get_perturbed_solution(), allglobal::guvij, constants::half, allglobal::hessian, allglobal::iemn, inputlist::igeometry, allglobal::ijreal, allglobal::im, allglobal::in, intghs_workspace_destroy(), intghs_workspace_init(), allglobal::iomn, allglobal::iquad, allglobal::irbc, allglobal::irbs, allglobal::irij, allglobal::ismyvolume(), allglobal::ismyvolumevalue, allglobal::izbc, allglobal::izbs, allglobal::izij, inputlist::lcheck, inputlist::lconstraint, allglobal::lcoordinatesingularity, inputlist::lextrap, inputlist::lfindzero, lforce(), inputlist::lfreebound, allglobal::lgdof, allglobal::lhessian2dallocated, allglobal::lhessian3dallocated, allglobal::lhessianallocated, inputlist::lhmatrix, allglobal::lmns, allglobal::localconstraint, allglobal::lplasmaregion, inputlist::lrad, allglobal::lvacuumregion, allglobal::mmpp, allglobal::mn, allglobal::mne, allglobal::mns, allglobal::mpi_comm_spec, inputlist::mpol, inputlist::mu, allglobal::mvol, allglobal::myid, allglobal::nadof, allglobal::ncpu, allglobal::notstellsym, allglobal::nt, inputlist::ntor, allglobal::ntz, inputlist::nvol, allglobal::nz, allglobal::odmn, allglobal::ofmn, constants::one, fileunits::ounit, packab(), inputlist::pscale, allglobal::psifactor, allglobal::rij, allglobal::semn, allglobal::sfmn, allglobal::sg, allglobal::simn, allglobal::sini, numerical::small, allglobal::solution, allglobal::somn, allglobal::sweight, inputlist::tflux, allglobal::trij, constants::two, allglobal::tzij, volume(), allglobal::vvolume, allglobal::whichcpuid(), inputlist::wmacros, allglobal::yesstellsym, constants::zero, and allglobal::zij.
Referenced by dforce(), dfp200(), evaluate_dbb(), evaluate_dmupfdx(), get_lu_beltrami_matrices(), and get_perturbed_solution().
| subroutine get_lu_beltrami_matrices | ( | integer, intent(in) | vvol, |
| type(matrixlu), intent(inout) | oBI, | ||
| integer, intent(in) | NN | ||
| ) |
get LU Beltrami matrices
| vvol | |
| oBI | |
| NN |
References allglobal::cpus, allglobal::dbdx, dforce(), dfp200(), allglobal::dma, allglobal::dmb, allglobal::dmd, allglobal::dmg, constants::half, allglobal::iquad, inputlist::lconstraint, allglobal::lcoordinatesingularity, allglobal::lplasmaregion, inputlist::lrad, allglobal::lsavedguvij, allglobal::lvacuumregion, ma00aa(), matrix(), allglobal::mn, allglobal::mne, allglobal::mpi_comm_spec, inputlist::mu, allglobal::myid, allglobal::ncpu, allglobal::nt, allglobal::nz, constants::one, fileunits::ounit, allglobal::solution, constants::two, inputlist::wmacros, and constants::zero.
Referenced by dfp200().
| subroutine get_perturbed_solution | ( | integer, intent(in) | vvol, |
| type(matrixlu), intent(inout) | oBI, | ||
| integer, intent(in) | NN | ||
| ) |
This routine evaluates the value of the magnetic field once the interface is perturbed using matrix perturbation theory.
| vvol | |
| oBI | |
| NN |
References allglobal::cpus, allglobal::dbdx, dfp200(), allglobal::dma, allglobal::dmb, allglobal::dmd, allglobal::dmg, allglobal::dpflux, allglobal::dtflux, constants::half, intghs(), allglobal::iquad, inputlist::lconstraint, inputlist::lrad, allglobal::mn, allglobal::mpi_comm_spec, mtrxhs(), inputlist::mu, allglobal::myid, allglobal::nadof, allglobal::ncpu, constants::one, fileunits::ounit, packab(), allglobal::solution, constants::two, inputlist::wmacros, and constants::zero.
Referenced by dfp200().
| subroutine evaluate_dmupfdx | ( | integer | innout, |
| integer | idof, | ||
| integer | ii, | ||
| integer | issym, | ||
| integer | irz | ||
| ) |
Evaluate mu and psip derivatives and store them in dmupfdx.
| innout | |
| idof | |
| ii | |
| issym | |
| irz |
References allocate_beltrami_matrices(), allocate_geometry_matrices(), allglobal::ate, allglobal::ato, allglobal::aze, allglobal::azo, allglobal::btemn, allglobal::cpus, curent(), allglobal::dbdx, deallocate_beltrami_matrices(), deallocate_geometry_matrices(), dfp100(), dfp200(), allglobal::diotadxup, allglobal::ditgpdxtp, allglobal::dma, allglobal::dmb, allglobal::dmd, allglobal::dmg, allglobal::dmupfdx, allglobal::dpflux, inputlist::drz, allglobal::dtflux, allglobal::dvolume, constants::half, inputlist::igeometry, allglobal::im, allglobal::in, intghs_workspace_destroy(), intghs_workspace_init(), allglobal::ipdtdpf, allglobal::iquad, allglobal::irbc, allglobal::irbs, allglobal::ismyvolume(), allglobal::ismyvolumevalue, allglobal::izbc, allglobal::izbs, inputlist::lcheck, inputlist::lconstraint, allglobal::lcoordinatesingularity, inputlist::lfreebound, allglobal::lmns, allglobal::localconstraint, allglobal::lplasmaregion, inputlist::lrad, allglobal::lvacuumregion, allglobal::mn, allglobal::mne, allglobal::mns, allglobal::mpi_comm_spec, inputlist::mu, inputlist::mupftol, allglobal::mvol, allglobal::myid, allglobal::nadof, allglobal::ncpu, allglobal::ngdof, allglobal::nt, inputlist::nvol, allglobal::nz, constants::one, fileunits::ounit, allglobal::psifactor, allglobal::rij, numerical::small, allglobal::sweight, tr00ab(), constants::two, volume(), allglobal::vvolume, inputlist::wmacros, allglobal::xoffset, constants::zero, and allglobal::zij.
Referenced by dfp200().
| subroutine evaluate_dbb | ( | integer | lvol, |
| integer | idof, | ||
| integer | innout, | ||
| integer | issym, | ||
| integer | irz, | ||
| integer | ii, | ||
| real, dimension(1:ntz,-1:2) | dBB, | ||
| real, dimension(1:ntz) | XX, | ||
| real, dimension(1:ntz) | YY, | ||
| real, dimension(1:ntz) | length, | ||
| real, dimension(1:ntz,-1:2) | dRR, | ||
| real, dimension(1:ntz,-1:2) | dZZ, | ||
| real, dimension(1:ntz) | dII, | ||
| real, dimension(1:ntz) | dLL, | ||
| real, dimension(1:ntz) | dPP, | ||
| integer | Ntz, | ||
| logical, intent(in) | LcomputeDerivatives | ||
| ) |
Evaluate the derivative of the square of the magnetic field modulus. Add spectral constraint derivatives if required.
| lvol | |
| idof | |
| innout | |
| issym | |
| irz | |
| ii | |
| dBB | |
| XX | |
| YY | |
| length | |
| dRR | |
| dZZ | |
| dII | |
| dLL | |
| dPP | |
| Ntz | |
| LcomputeDerivatives |
References inputlist::adiabatic, allglobal::bbweight, allglobal::cfmn, allglobal::comn, allglobal::cosi, allglobal::cpus, allglobal::dbbdmp, allglobal::dbdx, allglobal::denergydrr, allglobal::denergydrz, allglobal::denergydzr, allglobal::denergydzz, allglobal::dffdrz, dfp200(), allglobal::dpflux, allglobal::drij, allglobal::drodr, allglobal::drodz, inputlist::drz, allglobal::dvolume, allglobal::dzij, allglobal::dzodr, allglobal::dzodz, allglobal::efmn, inputlist::epsilon, allglobal::evmn, inputlist::gamma, allglobal::guvij, constants::half, allglobal::hdffdrz, inputlist::igeometry, allglobal::ijreal, allglobal::im, allglobal::in, allglobal::iquad, allglobal::irbc, allglobal::irbs, allglobal::irij, allglobal::izbc, allglobal::izbs, allglobal::izij, inputlist::lcheck, inputlist::lconstraint, allglobal::lcoordinatesingularity, lforce(), allglobal::lgdof, allglobal::lhessian3dallocated, allglobal::localconstraint, allglobal::lplasmaregion, inputlist::lrad, allglobal::lvacuumregion, allglobal::mmpp, allglobal::mn, allglobal::mns, allglobal::mpi_comm_spec, allglobal::mvol, allglobal::myid, allglobal::nadof, allglobal::ncpu, allglobal::ngdof, allglobal::notstellsym, allglobal::nt, inputlist::ntor, inputlist::nvol, allglobal::nz, allglobal::odmn, allglobal::ofmn, constants::one, fileunits::ounit, inputlist::pscale, allglobal::psifactor, allglobal::rij, allglobal::sfmn, allglobal::sg, allglobal::simn, allglobal::sini, numerical::small, allglobal::sweight, allglobal::trij, constants::two, allglobal::tzij, allglobal::vvolume, inputlist::wmacros, allglobal::xoffset, allglobal::yesstellsym, constants::zero, and allglobal::zij.
Referenced by dfp200().
1.9.2