dist_rho6D.h

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#ifndef DIST_RHO6D_H
#define DIST_RHO6D_H
 
#include <stdlib.h>
#include "../ascot5.h"
#include "../particle.h"
 
typedef struct {
    int n_rho;        
    real min_rho;     
    real max_rho;     
    int n_theta;      
    real min_theta;   
    real max_theta;   
    int n_phi;        
    real min_phi;     
    real max_phi;     
    int n_pr;         
    real min_pr;      
    real max_pr;      
    int n_pphi;       
    real min_pphi;    
    real max_pphi;    
    int n_pz;         
    real min_pz;      
    real max_pz;      
    int n_time;       
    real min_time;    
    real max_time;    
    int n_q;          
    real min_q;       
    real max_q;       
} dist_rho6D_offload_data;
 
typedef struct {
    int n_rho;        
    real min_rho;     
    real max_rho;     
    int n_theta;      
    real min_theta;   
    real max_theta;   
    int n_phi;        
    real min_phi;     
    real max_phi;     
    int n_pr;         
    real min_pr;      
    real max_pr;      
    int n_pphi;       
    real min_pphi;    
    real max_pphi;    
    int n_pz;         
    real min_pz;      
    real max_pz;      
    int n_time;       
    real min_time;    
    real max_time;    
    int n_q;          
    real min_q;       
    real max_q;       
    size_t step_1;    
    size_t step_2;    
    size_t step_3;    
    size_t step_4;    
    size_t step_5;    
    size_t step_6;    
    size_t step_7;    
    real* histogram;  
} dist_rho6D_data;
 
void dist_rho6D_init(dist_rho6D_data* dist_data, dist_rho6D_offload_data* offload_data,
                     real* offload_array);
void dist_rho6D_update_fo(dist_rho6D_data* dist, particle_simd_fo* p_f,
                          particle_simd_fo* p_i);
void dist_rho6D_update_gc(dist_rho6D_data* dist, particle_simd_gc* p_f,
                          particle_simd_gc* p_i);
 
#endif