push_physics.hpp File Reference

#include "push_controls.hpp"
#include "electric_field.hpp"
#include "perturbed_B_field.hpp"
#include "field_aligned_local_fields.hpp"
#include "push_physics.tpp"

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Functions
template<class Device , KinType KT, PhiInterpType PIT>
KOKKOS_INLINE_FUNCTION void	derivs_single_with_e_elec (const Grid< Device > &grid, const PushControls &push_controls, const Species< Device > &species, const MagneticField< Device > &magnetic_field, const GridFieldPack< Device, PIT > &gfpack, const PerturbedBField< Device > &perturbed_B_field, SimdParticles &part, SimdPhase &dy, Simd< int > &itr, const FieldAlignedLocalFields< KT, PIT > &E_mag, double time, Simd< double > *vf_diag=nullptr)
template<class Device >
KOKKOS_INLINE_FUNCTION void	derivs_elec (const PushControls &push_controls, const Species< Device > &species, const SimdParticles &part, const Simd< double > &inv_r_vec, const SimdVector &bfield, const Simd< double > &B_mag, const SimdVector(&jacb)[3], const Simd< double > &psi, const SimdVector2D &gradpsi, const SimdVector &tdb, const SimdVector &efield, SimdPhase &yprime, Simd< double > *vf_diag)

Function Documentation

template<class Device >

KOKKOS_INLINE_FUNCTION void derivs_elec	(	const PushControls &	push_controls,
		const Species< Device > &	species,
		const SimdParticles &	part,
		const Simd< double > &	inv_r_vec,
		const SimdVector &	bfield,
		const Simd< double > &	B_mag,
		const SimdVector(&)	jacb[3],
		const Simd< double > &	psi,
		const SimdVector2D &	gradpsi,
		const SimdVector &	tdb,
		const SimdVector &	efield,
		SimdPhase &	yprime,
		Simd< double > *	vf_diag
	)

Get the phase derivatives of a vector of particles

Parameters

[in]	part	Vector of particles
[in]	inv_r_vec	Vector of 1/r (1/r_axis in cylindrical limit)
[in]	bfield	Vector of magnetic fields
[in]	B_mag	Vector of bfield magnitudes
[in]	jacb	Vector of jacobians
[in]	psi	Vector of psi coordinates
[in]	gradpsi	Vector of psi gradients (r,z)
[in]	tdb	Vector of perturbed magnetic field
[in]	efield	Vector of electric fields
[in]	efield00	Vector of 00 electric fields for DELTAF_CONV
[in]	ddpotdt	Vector of dPotential/dt for DELTAF_CONV
[in]	f0den	Vector of f0 density for DELTAF_CONV
[in]	f0dden	Vector of d[f0 density]/dpsi for DELTAF_CONV
[in]	f0tev	Vector of f0 temperature in eV for DELTAF_CONV
[in]	f0dtev	Vector of d[f0 tempearture]/dpsi for DELTAF_CONV
[in]	dAh,Ah,dAs,As	: Vector of vector potentials for EXPLICIT_EM. Minus sign included in dAh and dAs
[out]	yprime	Vector of derivatives of the particle phases
[out]	vf_diag	Optional vector of quantities for diagnostic

Get the phase derivatives of a vector of particles

Parameters

[in]	push_controls
[in]	species
[in]	part	Vector of particles
[in]	bfield	Vector of magnetic fields
[in]	B_mag	Vector of bfield magnitudes
[in]	jacb	Vector of jacobians
[in]	psi	Vector of psi coordinates
[in]	gradpsi	Vector of psi gradients (r,z)
[in]	tdb	Vector of perturbed magnetic field
[in]	efield	Vector of electric fields
[in]	dEr_B2	Vector of dEr_B2
[in]	dEz_B2	Vector of dEr_B2
[in]	du2_E	Vector of du2_E
[out]	yprime	Vector of derivatives of the particle phases
[out]	vf_diag	Optional vector of quantities for diagnostic

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template<class Device , KinType KT, PhiInterpType PIT>

KOKKOS_INLINE_FUNCTION void derivs_single_with_e_elec	(	const Grid< Device > &	grid,
		const PushControls &	push_controls,
		const Species< Device > &	species,
		const MagneticField< Device > &	magnetic_field,
		const GridFieldPack< Device, PIT > &	gfpack,
		const PerturbedBField< Device > &	perturbed_B_field,
		SimdParticles &	part,
		SimdPhase &	dy,
		Simd< int > &	itr,
		const FieldAlignedLocalFields< KT, PIT > &	E_mag,
		double	time,
		Simd< double > *	vf_diag
	)

Compute field quantities needed for the push, then output the phase derivatives of a vector of particles

Parameters

[in,out]	part	Vector of particles
[in]	dy	Vector of derivatives of the particle phases
[in]	itr	Vector of previous triangle index (guess it hasnt moved, to reduce search time)
[in]	time	Global simulation time, not used at the moment
[out]	vf_diag	Optional vector of quantities for diagnostic

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