asigma_loc.h File Reference

Header file for asigma_loc.c. More...

#include "../ascot5.h"
#include "../error.h"
#include "../spline/interp.h"

Go to the source code of this file.

Data Structures
struct	asigma_loc_data
	Local-files atomic reaction simulation data. More...

Functions
int	asigma_loc_init (asigma_loc_data *data, int nreac, int *z1, int *a1, int *z2, int *a2, int *reactype, int *ne, real *emin, real *emax, int *nn, real *nmin, real *nmax, int *nT, real *Tmin, real *Tmax, real *sigma)
	Initialize local file atomic data and check inputs.
void	asigma_loc_free (asigma_loc_data *data)
	Free allocated resources.
void	asigma_loc_offload (asigma_loc_data *data)
	Offload data to the accelerator.
	DECLARE_TARGET_SIMD_UNIFORM (asigma_data, reac_type, z_2, a_2, extrapolate) a5err asigma_loc_eval_sigma(real *sigma
a5err	asigma_loc_eval_cx (real *ratecoeff, int z_1, int a_1, real E, real mass, int nspec, const int *znum, const int *anum, real T_0, real *n_0, int extrapolate, asigma_loc_data *asigmadata)
	Evaluate atomic reaction rate coefficient.
a5err	asigma_loc_eval_bms (real *sigmav, int z_1, int a_1, real E, real mass, int nion, const int *znum, const int *anum, real T_e, real *n_i, int extrapolate, asigma_loc_data *asigma_data)
	Evaluate beam stopping rate coefficient.

Variables
int	z_1
int int	a_1
int int int	z_2
int int int int	a_2
int int int int real	E_coll_per_amu
int int int int real int	reac_type
int int int int real int int	extrapolate
int int int int real int int asigma_loc_data *	asigma_data
int int real	m_1
int int real int int real	E
int int real int int real real	T_e
int int real int int real real real	T_0
int int real int int real real real real	n_i

Detailed Description

Header file for asigma_loc.c.

Definition in file asigma_loc.h.

Function Documentation

asigma_loc_init()

int asigma_loc_init	(	asigma_loc_data *	data,
		int	nreac,
		int *	z1,
		int *	a1,
		int *	z2,
		int *	a2,
		int *	reactype,
		int *	ne,
		real *	emin,
		real *	emax,
		int *	nn,
		real *	nmin,
		real *	nmax,
		int *	nT,
		real *	Tmin,
		real *	Tmax,
		real *	sigma )

Initialize local file atomic data and check inputs.

Parameters

data	pointer to the data struct

Returns

zero if initialization success

Definition at line 29 of file asigma_loc.c.

asigma_loc_free()

void asigma_loc_free

(

asigma_loc_data *

data

)

Free allocated resources.

Parameters

offload_data

pointer to the data struct

Definition at line 114 of file asigma_loc.c.

asigma_loc_offload()

void asigma_loc_offload

(

asigma_loc_data *

data

)

Offload data to the accelerator.

Parameters

data	pointer to the data struct

Definition at line 141 of file asigma_loc.c.

asigma_loc_eval_cx()

a5err asigma_loc_eval_cx	(	real *	ratecoeff,
		int	z_1,
		int	a_1,
		real	E,
		real	mass,
		int	nspec,
		const int *	znum,
		const int *	anum,
		real	T_0,
		real *	n_0,
		int	extrapolate,
		asigma_loc_data *	asigma_data )

Evaluate atomic reaction rate coefficient.

This function evaluates the rate coefficient (<sigma*v>) for the atomic reaction corresponding to the reaction identifiers given as parameters at the given fast particle energy and bulk plasma conditions.

This is a SIMD function.

Parameters

ratecoeff	pointer to evaluated rate coefficient
z_1	atomic number of fast particle
a_1	atomic mass number of fast particle
E	energy of fast particle
mass	mass of fast particle
znum	atomic numbers of bulk neutrals
anum	atomic mass numbers of bulk neutrals
T_0	temperature of bulk neutrals
n_0	neutral densities
extrapolate	don't raise error but set values outside abscissae to zero
asigma_data	pointer to atomic data struct

Returns

zero if evaluation succeeded

Definition at line 334 of file asigma_loc.c.

asigma_loc_eval_bms()

a5err asigma_loc_eval_bms	(	real *	ratecoeff,
		int	z_1,
		int	a_1,
		real	E,
		real	mass,
		int	nion,
		const int *	znum,
		const int *	anum,
		real	T_e,
		real *	n_i,
		int	extrapolate,
		asigma_loc_data *	asigma_data )

Evaluate beam stopping rate coefficient.

This function first tries to evaluate BMS with ADAS data. If not present, the Suzuki model is used instead.

This is a SIMD function.

Parameters

ratecoeff	pointer to evaluated rate coefficient
z_1	atomic number of fast particle
a_1	atomic mass number of fast particle
E	energy of fast particle
mass	mass of fast particle
nion	number of bulk ion species
znum	atomic numbers of bulk particles
anum	atomic mass numbers of bulk particles
T_e	electron temperature of bulk plasma
n_i	densities of bulk ions
extrapolate	don't raise error but set values outside abscissae to zero
asigma_data	pointer to atomic data struct

Returns

zero if evaluation succeeded

Definition at line 406 of file asigma_loc.c.

Variable Documentation

z_1

int z_1

Definition at line 39 of file asigma_loc.h.

a_1

int int a_1

Definition at line 39 of file asigma_loc.h.

z_2

int int real int z_2

Definition at line 39 of file asigma_loc.h.

a_2

int int real int int a_2

Definition at line 39 of file asigma_loc.h.

E_coll_per_amu

int int int int real E_coll_per_amu

Definition at line 39 of file asigma_loc.h.

reac_type

int int real int int real real real real int reac_type

Definition at line 40 of file asigma_loc.h.

extrapolate

int int real int int real real real real int int extrapolate

Definition at line 40 of file asigma_loc.h.

asigma_data

int int real int int real real real real int int asigma_loc_data * asigma_data

Definition at line 40 of file asigma_loc.h.

m_1

int int real m_1

Definition at line 44 of file asigma_loc.h.

E

int int real int int real E

Definition at line 45 of file asigma_loc.h.

T_e

int int real int int real real T_e

Definition at line 45 of file asigma_loc.h.

T_0

int int real int int real real real T_0

Definition at line 45 of file asigma_loc.h.

n_i

int int real int int real real real real n_i

Definition at line 45 of file asigma_loc.h.