Examples of ucar.unidata.geoloc.projection.Mercator

       // dxKm = DEG_TO_RAD * EARTH_RAD_KMETERS * Math.abs((lon_1-lon_2) / (nx-1));
      //  double dy  =  EARTH_RAD_KMETERS * Math.cos(DEG_TO_RAD*latt) / (ny - 1);
      //  dyKm = dy *( Math.log( Math.tan(DEG_TO_RAD*( (lat2-latt)/2.0 + 45.0 ) ) )
      //                  -Math.log( Math.tan(DEG_TO_RAD*( (lat1-latt)/2.0 + 45.0 ) ) ) );
      //  dxKm = DEG_TO_RAD * EARTH_RAD_KMETERS * Math.abs(lon1-lon2) / (ny-1);
        projection = new Mercator( lonv, latin) ;
        break;


      case 3:                               /* Lambert Conformal             */
      case 5:                               /* Polar Stereographic           */
        /*

          double lat0 = geoSatelliteSecondHeader.centerLatitudeOfProjection;
          double lon0 = geoSatelliteSecondHeader.centerLongitudeOfProjection;
          double par = geoSatelliteSecondHeader.standardLatitude1;
          dxKm = geoSatelliteSecondHeader.horizontalResolution;
          dyKm = geoSatelliteSecondHeader.verticalResolution;
          projection = new Mercator(lon0, par);
        } else if (proj == 1) {
          att = new Attribute("ProjName", "LAMBERT_CONFORNAL");
          double lat0 = geoSatelliteSecondHeader.centerLatitudeOfProjection;
          double lon0 = geoSatelliteSecondHeader.centerLongitudeOfProjection;
          double par1 = geoSatelliteSecondHeader.standardLatitude1;

Related Classes of ucar.unidata.geoloc.projection.Mercator

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