adpcg.h

Go to the documentation of this file.

 
#ifndef adpcg_h
#define adpcg_h
 
 
#include <stddef.h>
 
#ifdef ADPCG_64
typedef int64_t cgint;
#define id "%lld"
#else
typedef int32_t cgint;
#define id "%d"
#endif
 
#define cgerr(x) printf(x);
 
/* Return code */
#define CG_OK                (0)
#define CG_ERR               (1)
 
/* Boolean */
#define CG_TRUE              (1)
#define CG_FALSE             (0)
 
/* Pre-conditioner */
#define CG_PRECOND_DIAG     (10)  
#define CG_PRECOND_CHOL     (11)  
#define CG_NO_PRECOND       (12)  
 
/* Solution status */
#define CG_STATUS_SOLVED    (100) 
#define CG_STATUS_MAXITER   (101) 
#define CG_STATUS_FAILED    (102) 
#define CG_STATUS_UNKNOWN   (104) 
#define CG_STATUS_DIRECT    (105) 
 
/* Auxiliary macros */
#ifndef MIN
#define MIN(a, b) (((a)<(b))?(a):(b))
#endif /* MIN */
#ifndef MAX
#define MAX(a, b) (((a)>(b))?(a):(b))
#endif  /* MAX */
 
typedef struct {
    
    void *A;         
    void *r;         
    void *rnew;      
    void *d;         
    void *pinvr;     
    void *Ad;        
    void *x;         
    void *aux;       
    void *btmp;      
    
    cgint ptype;     
    void *chol;      
    void *diag;      
        
    double tol;      
    double rnrm;     
    double avgsvtime;  
    double avgfctime;  
    double currenttime; 
    double latesttime; 
    
    cgint  n;        
    cgint  niter;    
    cgint  maxiter;  
    cgint  status;   
    cgint  reuse;    
    cgint  nused;    
    cgint  nmaxiter;  
    cgint  restart;  
    cgint  nfactors; 
    cgint  nrounds;  
    cgint  nsolverd; 
    cgint  nsolves;  
    
    /* Vector operations */
    void  (*v_init)   (void *v); 
    cgint (*v_alloc)  (void *v, cgint n); 
    void  (*v_free)   (void *v);          
    void  (*v_copy)   (void *s, void *t); 
    void  (*v_reset)  (void *v);          
    void  (*v_norm)   (void *v, double *nrm); 
    void  (*v_axpy)   (double a, void *x, void *y); 
    void  (*v_axpby)  (double a, void *x, double b, void *y); 
    void  (*v_zaxpby) (void *z, double a, void *x, double b, void *y); 
    void  (*v_dot)    (void *x, void *y, double *xTy); 
    
    /* Matrix operations */
    cgint (*A_chol) (void *A); 
    cgint (*A_cond) (void *A); 
    void  (*A_getdiag) (void *A, void *diag); 
    
    /* Matrix-vector operations */
    cgint (*diagpcd)(void *diag, void *v); 
    cgint (*cholpcd)(void *chol, void *v, void *aux); 
    void  (*Av) (void *A, void *v, void *Av); 
    cgint (*Ainv) (void *A, void *v, void *aux); 
    
} adpcg;
 
 
#endif /* adpcg_h */