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29 #define MSECHOUR 3600000
37 #define SPATIAL_TEMPORAL 112
39 #define GEOMETRY_VDATA "Equal-Angle SDS"
41 #define WIND_U_LABEL "Zonal Wind"
42 #define WIND_V_LABEL "Meridional Wind"
43 #define PRESSURE_LABEL "Atmospheric Pressure"
44 #define HUMIDITY_LABEL "Relative Humidity"
45 #define OZONE_LABEL "Total Ozone"
47 #define CLIM_DATA "Average"
49 #define QC_LABEL "QC flag"
50 #define PARM_LABEL "Observations"
52 #define SYEAR "Start Year"
53 #define SDAY "Start Day"
54 #define SMSEC "Start Millisec"
55 #define EYEAR "End Year"
56 #define EDAY "End Day"
57 #define EMSEC "End Millisec"
59 #define VSIZE "Latitude Step"
60 #define HSIZE "Longitude Step"
61 #define MAXNORTH "Northernmost Latitude"
62 #define MAXSOUTH "Southernmost Latitude"
63 #define MAXWEST "Westernmost Longitude"
64 #define MAXEAST "Easternmost Longitude"
65 #define SWPT_LAT "SW Point Latitude"
66 #define SWPT_LON "SW Point Longitude"
72 static const char *
const data_sdsnames[
NPARMS] = {
81 static const char *
const QC_sdsnames[
NPARMS] = {
90 static const char *
const clim_vgps[12] = {
105 static const char *
const clim_datasets[
NPARMS] = {
131 void dataintp_(
float* in_latlon,
float* lat_list,
float* lon_list,
132 float* data_list1,
double* DT1,
float* data_list2,
double* DT2,
133 int32_t* ipt, int32_t*
nband,
float(*) [2],
float* def,
134 int32_t* intporder,
float* dummy,
float* dataout,
float* unc,
135 int32_t* int_bad, int32_t* row, int32_t* col);
137 void julian_(
double* dtin,
double* d_jd);
143 int32_t
rdancattr(int32_t sdfid,
char *attr_name,
void *buf);
void julian_(double *dtin, double *d_jd)
void dataintp_(float *in_latlon, float *lat_list, float *lon_list, float *data_list1, double *DT1, float *data_list2, double *DT2, int32_t *ipt, int32_t *nband, float(*)[2], float *def, int32_t *intporder, float *dummy, float *dataout, float *unc, int32_t *int_bad, int32_t *row, int32_t *col)
int32_t rdancattr(int32_t sdfid, char *attr_name, void *buf)