error.h

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#ifndef ERROR_H
#define ERROR_H
 
#include <math.h>
#include <stdio.h>
#include "offload.h"

typedef unsigned long int a5err;

typedef enum error_file {
    EF_MCCC_WIENER       =   1, 
    EF_MCCC_PUSH         =   2, 
    EF_MCCC_COEFS        =   3, 
    EF_MCCC              =   4, 
    EF_STEP_FO_VPA       =   5, 
    EF_STEP_GC_CASHKARP  =   6, 
    EF_STEP_GC_RK4       =   7, 
    EF_N0_1D             =   8, 
    EF_N0_3D             =   9, 
    EF_N0_ST             =  10, 
    EF_B_3DS             =  11, 
    EF_B_2DS             =  12, 
    EF_B_STS             =  13, 
    EF_B_GS              =  14, 
    EF_PLASMA_1D         =  15, 
    EF_PLASMA_1DS        =  16, 
    EF_PLASMA            =  17, 
    EF_E_FIELD           =  18, 
    EF_NEUTRAL           =  19, 
    EF_E_1DS             =  20, 
    EF_B_FIELD           =  21, 
    EF_PARTICLE          =  22, 
    EF_BOOZER            =  23, 
    EF_MHD               =  24, 
    EF_ATOMIC            =  25, 
    EF_ASIGMA            =  26, 
    EF_ASIGMA_LOC        =  27, 
    EF_SUZUKI            =  28, 
    EF_PLASMA_2D         =  29, 
    EF_E_2DS             =  30  
}error_file;

typedef enum error_type {
    ERR_INPUT_EVALUATION  =   1, 
    ERR_UNKNOWN_INPUT     =   2, 
    ERR_INPUT_UNPHYSICAL  =   3, 
    ERR_MARKER_UNPHYSICAL =   4, 
    ERR_INVALID_TIMESTEP  =   5, 
    ERR_WIENER_ARRAY      =   6, 
    ERR_INTEGRATION       =   7, 
    ERR_ATOMIC_EVALUATION =   8  
}error_type;

DECLARE_TARGET_SIMD
static inline a5err error_raise(error_type type, int line, error_file file) {
    a5err err = 0;
    err += (a5err)(type);
    err += (a5err)(line*256);
    err += (a5err)(file*256*1024);
    return err;
}
 
void error_parse(a5err err, int* msg, int* line, int* file);
 
void error_parse2str(a5err err, char* msg, char* line, char* file);
 
#endif