nbi.h

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#ifndef NBI_H
#define NBI_H
 
#include "ascot5.h"
#include "particle.h"
#include "random.h"
 
typedef struct {
    int id;             
    int n_beamlet;      
    real* beamlet_x;    
    real* beamlet_y;    
    real* beamlet_z;    
    real* beamlet_dx;   
    real* beamlet_dy;   
    real* beamlet_dz;   
    real power;         
    real energy;        
    real efrac[3];      
    real div_h;         
    real div_v;         
    real div_halo_frac; 
    real div_halo_h;    
    real div_halo_v;    
    int anum;           
    int znum;           
    real mass;          
} nbi_injector;
 
typedef struct {
    int ninj; 
    int id[NBI_MAX_INJ];          
    int n_beamlet[NBI_MAX_INJ];   
    real power[NBI_MAX_INJ];      
    real energy[NBI_MAX_INJ];     
    real efrac[NBI_MAX_INJ*3];    
    real div_h[NBI_MAX_INJ];      
    real div_v[NBI_MAX_INJ];      
    real div_halo_frac[NBI_MAX_INJ]; 
    real div_halo_h[NBI_MAX_INJ]; 
    real div_halo_v[NBI_MAX_INJ]; 
    int anum[NBI_MAX_INJ];        
    int znum[NBI_MAX_INJ];        
    real mass[NBI_MAX_INJ];       
    int offload_array_length;     
} nbi_offload_data;
 
typedef struct {
    int ninj;                      
    nbi_injector inj[NBI_MAX_INJ]; 
} nbi_data;
 
int nbi_init_offload(nbi_offload_data* offload_data, real** offload_array);
void nbi_init(nbi_data* nbi, nbi_offload_data* offload_data,
              real* offload_array);
void nbi_free_offload(nbi_offload_data* offload_data, real** offload_array);
void nbi_inject(real* xyz, real* vxyz, nbi_injector* inj, random_data* rng);
 
#endif