72 struct DATUM const gDatum[] = {  variable
237 short nDatums = sizeof(gDatum)/sizeof(struct DATUM);
245     extern struct DATUM const gDatum[];  in datumParams()
250         double f = 1.0 / gEllipsoid[gDatum[datum].ellipsoid].invf;    // flattening  in datumParams()
254             *a = gEllipsoid[gDatum[datum].ellipsoid].a;                   // semimajor axis  in datumParams()
288     if (gDatum[i].ellipsoid != gDatum[DATUM_INDEX_WGS84].ellipsoid)  in isWGS84()
291     if (gDatum[i].dx != gDatum[DATUM_INDEX_WGS84].dx)  in isWGS84()
294     if (gDatum[i].dy != gDatum[DATUM_INDEX_WGS84].dy)  in isWGS84()
297     if (gDatum[i].dz != gDatum[DATUM_INDEX_WGS84].dz)  in isWGS84()
308             if(!datumNameCmp(str, gDatum[i].name))  in GetDatumIndex()
943 …  const double from_f = 1.0 / gEllipsoid[gDatum[from_datum_index].ellipsoid].invf;    // flattening  in MolodenskyTransform()
945 …const double from_a = gEllipsoid[gDatum[from_datum_index].ellipsoid].a;             // semimajor a…  in MolodenskyTransform()
946       const double dx = gDatum[from_datum_index].dx;  in MolodenskyTransform()
947       const double dy = gDatum[from_datum_index].dy;  in MolodenskyTransform()
948       const double dz = gDatum[from_datum_index].dz;  in MolodenskyTransform()
949 …  const double to_f = 1.0 / gEllipsoid[gDatum[to_datum_index].ellipsoid].invf;        // flattening  in MolodenskyTransform()
950 …const double to_a = gEllipsoid[gDatum[to_datum_index].ellipsoid].a;                 // semimajor a…  in MolodenskyTransform()