double function ( double arg0 ) { return qint_old ( arg0 ) ; }
rounds the quantity away from 0 . concode_field_sep double DATELINE_D concode_elem_sep float SOUTH_POLE_F concode_elem_sep float LON_RANGE_F concode_elem_sep double NORTH_POLE_DEG_D concode_elem_sep double DATELINE_DEG_D concode_elem_sep double SOUTH_POLE_D concode_elem_sep double DEGREES_TO_MILS concode_elem_sep double LON_RANGE_DEG_D concode_elem_sep double SOUTH_POLE_DEG_D concode_elem_sep float NORTH_POLE_F concode_elem_sep double LON_RANGE_D concode_elem_sep double NORTH_POLE_D concode_elem_sep float DATELINE_F concode_field_sep long DEG_TO_SC concode_elem_sep double radToMils concode_elem_sep float sphericalUnitsToDeg concode_elem_sep double wrapLongitudeDeg concode_elem_sep float lonDistance concode_elem_sep float geographicLatitude concode_elem_sep double qint_new concode_elem_sep double qint concode_elem_sep int hashLatLon concode_elem_sep float wrapLongitude concode_elem_sep double wrapLongitude concode_elem_sep double radToDeg concode_elem_sep float radToDeg concode_elem_sep float[] arrayDegToRad concode_elem_sep double[] arrayDegToRad concode_elem_sep float geocentricLatitude concode_elem_sep float sphericalUnitsToRad concode_elem_sep double qint_old concode_elem_sep boolean isCrossingDateline concode_elem_sep float normalizeLatitude concode_elem_sep double normalizeLatitude concode_elem_sep double degToRad concode_elem_sep float degToRad concode_elem_sep float[] arrayRadToDeg concode_elem_sep double[] arrayRadToDeg concode_elem_sep double SC_TO_DEG