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inputs.h
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inputs.h
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/* ------- file: -------------------------- inputs.h ----------------
Version: rh2.0
Author: Han Uitenbroek (huitenbroek@nso.edu)
Last modified: Wed Jul 24 12:38:33 2013 --
-------------------------- ----------RH-- */
#ifndef __INPUTS_H__
#define __INPUTS_H__
/* --- Include file for command line options and keyword input
parameters. -- -------------- */
#define MAX_KEYWORD_LENGTH 32
#define MAX_VALUE_LENGTH 80
#define CHECK_OPTION(option, name, length) \
(strncmp(option, name, MAX(((int) length), strlen(option))) == 0)
enum keywordtype {KEYWORD_REQUIRED, KEYWORD_DEFAULT, KEYWORD_OPTIONAL};
enum S_interpol {S_LINEAR, CUBIC_HERMITE, BEZIER, BEZIER3};
enum S_interpol_stokes {DELO_PARABOLIC, DELO_BEZIER3};
enum order_3D {LINEAR_3D, BICUBIC_3D};
enum ne_solution {NONE, ONCE, ITERATION};
typedef struct {
char name[MAX_KEYWORD_LENGTH];
int minlength;
bool_t value_required;
char value[MAX_VALUE_LENGTH];
void *pointer, (*setValue)(char *value, void *pointer);
char message[MAX_VALUE_LENGTH];
} Option;
typedef struct {
char keyword_input[MAX_VALUE_LENGTH], *wavetable, *molecule;
bool_t quiet, showkeywords;
FILE *logfile;
} CommandLine;
typedef struct {
char keyword[MAX_KEYWORD_LENGTH], value[MAX_VALUE_LENGTH];
bool_t set;
enum keywordtype type;
void *pointer, (*setValue)(char *value, void *pointer);
} Keyword;
typedef struct {
char atmos_input[MAX_VALUE_LENGTH],
abund_input[MAX_VALUE_LENGTH],
wavetable_input[MAX_VALUE_LENGTH],
atoms_input[MAX_VALUE_LENGTH],
molecules_input[MAX_VALUE_LENGTH],
Stokes_input[MAX_VALUE_LENGTH],
KuruczData[MAX_VALUE_LENGTH],
pfData[MAX_VALUE_LENGTH],
BarklemDir[MAX_VALUE_LENGTH],
fudgeData[MAX_VALUE_LENGTH],
atmos_output[MAX_VALUE_LENGTH],
spectrum_output[MAX_VALUE_LENGTH],
geometry_output[MAX_VALUE_LENGTH],
opac_output[MAX_VALUE_LENGTH],
JFile[MAX_VALUE_LENGTH],
background_File[MAX_VALUE_LENGTH],
background_ray_File[MAX_VALUE_LENGTH],
H_atom[MAX_VALUE_LENGTH],
H2_molecule[MAX_VALUE_LENGTH],
radrateFile[MAX_VALUE_LENGTH],
collrateFile[MAX_VALUE_LENGTH],
dampingFile[MAX_VALUE_LENGTH],
coolingFile[MAX_VALUE_LENGTH],
Itop[MAX_VALUE_LENGTH];
bool_t magneto_optical, XRD, Eddington,
backgr_pol, limit_memory, allow_passive_bb, NonICE,
rlkscatter, prdh_limit_mem, backgr_in_mem, xdr_endian,
old_background, accelerate_mols;
enum solution startJ;
enum StokesMode StokesMode;
enum S_interpol S_interpolation;
enum S_interpol_stokes S_interpolation_stokes;
enum order_3D interpolate_3D;
enum ne_solution solve_ne;
enum PRDangle PRD_angle_dep;
int isum, Ngdelay, Ngorder, Ngperiod, NmaxIter,
PRD_NmaxIter, PRD_Ngdelay, PRD_Ngorder, PRD_Ngperiod,
NmaxScatter, Nthreads;
/* Tiago, for collisional-radiative switching */
double crsw, crsw_ini;
/* Tiago, for PRD switching */
double prdswitch, prdsw;
/* Tiago, for micro turbulence multiplication and addition */
double vturb_mult, vturb_add;
/* Tiago, for escape probability iterations */
int NpescIter;
/* Tiago, added this for 1.5D version */
int p15d_nt, p15d_x0, p15d_x1, p15d_xst, p15d_y0, p15d_y1, p15d_yst;
int Natoms;
double p15d_tmax;
bool_t p15d_wxtra, p15d_rerun, p15d_refine, p15d_zcut, p15d_wtau;
bool_t p15d_wpop, p15d_wrates, p15d_wcrates;
double iterLimit, PRDiterLimit, metallicity, *wavetable;
unsigned int Nxwave;
/* Tiago, for saving the input files */
char *atoms_file_contents, *keyword_file_contents, *ray_file_contents;
char **atomic_file_contents;
char *kurucz_file_contents, **kurucz_line_file_contents;
char **kurucz_line_file_name;
int Nkurucz_files;
pthread_attr_t thread_attr;
} InputData;
/* --- Associated function prototypes -- -------------- */
int getLine(FILE *inputFile, char *commentChar, char *line,
bool_t exit_on_EOF);
int getLineString(char **inputString, char *commentChar, char *line,
bool_t exit_on_EOF);
void parse(int argc, char *argv[], int Noption, Option *theOptions);
void readInput(char *input_string);
void readValues(char *fp_keyword, int Nkeyword, Keyword *theKeywords);
char *readWholeFile(const char *filename);
char *sgets(char *str, int num, char **input);
void setAngleSet(char *value, void *pointer);
void setcharValue(char *value, void *pointer);
void setboolValue(char *value, void *pointer);
void setintValue(char *value, void *pointer);
void setdoubleValue(char *value, void *pointer);
void setstartValue(char *value, void *pointer);
void setnesolution(char *value, void *pointer);
void setStokesMode(char *value, void *pointer);
void setPRDangle(char *value, void *pointer);
void setThreadValue(char *value, void *pointer);
void setInterpolate_3D(char *value, void *pointer);
void set_S_interpolation(char *value, void *pointer);
void set_S_interpolation_stokes(char *value, void *pointer);
void showValues(int Nkeyword, Keyword *theKeywords);
char *substring(const char *string, int N0, int Nchar);
void UpperCase(char *string);
void writeInput();
#endif /* !__INPUTS_H__ */
/* ------- end ---------------------------- inputs.h ---------------- */