awips2/nativeLib/rary.ohd.pproc/inc/util.h
2017-04-21 18:33:55 -06:00

171 lines
4.4 KiB
C

#include <stdio.h>
#include <math.h>
#include <time.h>
#include <stdlib.h>
#include <strings.h>
#include <signal.h>
#include <malloc.h>
#include <sys/stat.h>
#include <sys/ioctl.h>
#define PI 3.141593
#define PROJ_MERCATOR 1
#define PROJ_HRAP 2
//#define HRAP_X 335
//#define HRAP_Y 159
//#define HRAP_XOR 367
//#define HRAP_YOR 263
#define RESET 3
#define LINE_A_B_SHORTER -1
#define LINE_A_B_NOT_CROSSED 0
#define LINE_A_B_LONGER 1
#define DELETE_PAIRS 0
#define QUERY_LIST 2
#define ADD_PAIR 1
void MPEFieldGen_readGeoData();
typedef struct P3HRAP {
float x, y;
} P3HRAP;
typedef struct
{
double min;
double max;
}MINMAX;
typedef struct{
long *delete_array;
long delete_cnt;
} CONTIGUITY_DELETE_ARRAY;
typedef struct
{
long n_triangles;
long *tri_pnt;
}TRIPNT;
typedef struct
{
long a;
long b;
long c;
long a_to_b;
long b_to_c;
long c_to_a;
}TRIANGLE;
typedef struct
{
long value[6];
}TRIANGLE2;
typedef struct { /* data structure for map overlays */
char id[9]; /* name of data set */
double value; /* value of gage */
double lat, lon; /* lat and lon */
long n_contig;
long * contig;
} p3_gage_struct;
//p3_gage_struct radarpts[54000];
p3_gage_struct* radarpts;
typedef struct
{
long other_dataset_tri_idx; /* index of the triangle in the other dataset*/
/* in which this CONTOUR datapoint resides*/
double calibrate_factor; /* this is the z value of the dataset divided*/
/* by the z value of the other dataset at this point.*/
/* for instance if c[i].z was 104 and the computed*/
/* z from the other data set was 109, then this*/
/* factor would be 104/109.*/
}CALIBRATE_DATA;
typedef struct triangles_process1_struct {
int status;
int basin_status[3];
int county_status[3];
struct tm *t_local;
int old_hour;
int old_day;
int old_mon;
int old_year;
char date[9];
int num_bas;
int num_county;
int numcwa;
int numstates;
int num_rvr;
float zoom;
float orig_x;
float orig_y;
} triangles_process1_struct;
triangles_process1_struct process1_data;
long numofradarpts;
void ReadParameters();
void writemosaic();
int InOut();
int get_apps_defaults();
void unmanage();
int get_pixel_by_name();
void display_date_window();
void popup_workingDialog();
void select_callback();
void ok_callback();
void pop_down();
void popdown_shell();
void SearchOutFiles();
void SearchInFiles();
void restore();
void close_display();
void expose_canvas();
void handle_start();
void handle_drag();
void handle_done();
void locategage();
void edit_gage();
void settonew();
void settomiss();
void settozero();
void close_gage();
void setthevalue();
void ll_to_mi();
void mi_to_ll();
void get_contig();
long get_seed_point();
short try_to_connect_a_to_b();
long *get_deleted_pnts_not_contig();
short try_to_connect_a_to_b_children();
short chk_intersect();
short ccwise();
short contiguous();
short internal_triangle();
short add_tripnt();
short add_contiguity_point();
short del_contiguity_point();
TRIANGLE *calculate_triangles();
void validate_data_points();
void radarfile();
int MPEFieldGen_readradarcont();
int MPEFieldGen_readradartriangles();
void HRAP_values ( int * HRAP_X, int * HRAP_Y,
int * HRAP_XOR, int * HRAP_YOR );
void free_mem ( );
short del_list(short option, p3_gage_struct *c, long pnta, long pntb, CONTIGUITY_DELETE_ARRAY *cda);