Package org.geoforge.lang.util.geography.point

Examples of org.geoforge.lang.util.geography.point.GfrPointDms

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      else if (Math.abs(lat) <= 89)
         prec = 100000D;
      else
         prec = 10000D;

      return new GfrPointDms(
            Math.round(lon * prec) / prec,
            Math.round(lat * prec) / prec);

   }
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      double lat_expanded = lat*10000000000000D;

      double lon_rounded = Math.round(lon_expanded);
      double lat_rounded = Math.round(lat_expanded);
     
      return new GfrPointDms(
           lat_rounded/10000000000000D,
           lon_rounded/10000000000000D);
     
   }
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      double lat_expanded = lat*10000000000000D;

      double lon_rounded = Math.round(lon_expanded);
      double lat_rounded = Math.round(lat_expanded);
     
      return new GfrPointDms(
           lat_rounded/10000000000000D,
           lon_rounded/10000000000000D);
   }
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      TestConversion[] tests =
      {
         new TestConversion(
         "UTM_36T",
         new GfrPointDms(11.5, 8),
         new GfrPointConical(563967.423103, 6095248.70824),
         PrjCylUtm.s_getInstance()),
         new TestConversion(
         "UTM_36T",
         new GfrPointDms(6, 23),
         new GfrPointConical(563967.423103, 6095248.70824),
         PrjCylUtm.s_getInstance()),
      };

      GfrPointUtm[] utmList =
      {
         new GfrPointUtm(885134.998233339, 775582.60399115, 32, "N"),
         new GfrPointUtm(1051288.26638927, 717270.056573956, 32, "N"),
         new GfrPointUtm(1217441.5345452, 658957.509156762, 32, "N"),
         new GfrPointUtm(1383594.80270113, 600644.961739567, 32, "N"),
         new GfrPointUtm(1715901.33901299, 484019.866905178, 32, "N"),
         new GfrPointUtm(1882054.60716892, 425707.319487984, 32, "N"),
         new GfrPointUtm(2048207.87532485, 367394.772070789, 32, "N"),
         new GfrPointUtm(2214361.14348078, 309082.224653595, 32, "N"),
         new GfrPointUtm(2380514.41163671, 250769.677236401, 32, "N"),
         new GfrPointUtm(2546667.67979265, 192457.129819206, 32, "N"),
      };




      for (int i = 0; i < tests.length; i++)
      {
         GfrPointAbs input = tests[i].getPointInput();
         GfrPrjAbs prj = tests[i].getProjection();

         GfrPointUtm found = GfrUtilConversionCylindricalUtm.s_getUtmCoordinateFromDms(
                 (GfrPointDms) input,
                 (PrjCylAbs) prj);
         tests[i].setPointFound(found);

         System.out.println(found.getZoneNumber() + found.getZoneLetter());


         GfrPointDms crossVal;
         try
         {
            crossVal = GfrUtilConversionCylindricalUtm.s_getDmsCoordinateFromUtm(found, (PrjCylAbs) prj);
            tests[i].setCrossVal(crossVal);
         }
         catch (Exception ex)
         {
            ex.printStackTrace();
         }

         tests[i].show();
      }


      for (int i = 0; i < utmList.length; ++i)
      {
         try
         {
            GfrPointDms pnt = GfrUtilConversionCylindricalUtm.s_getDmsCoordinateFromUtm(utmList[i], PrjCylUtm.s_getInstance());
            pnt.show();
         }
         catch (Exception ex)
         {
            ex.printStackTrace();
         }
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   {
      TestConversion[] tests =
      {
         new TestConversion(
            "test",
            new GfrPointDms(120, 81),
            new GfrPointConical(10, 10),
            PrjCylUtm.s_getInstance()),
      };


      for (int i = 0; i < tests.length; i++)
      {
         GfrPointDms input = (GfrPointDms) tests[i].getPointInput();
         GfrPrjAbs prj = tests[i].getProjection();

         GfrPointUtm found = GfrUtilConversionCylindricalUtm.s_getUtmCoordinateFromDms(
                 (GfrPointDms) input,
                 (PrjCylAbs) prj);
         tests[i].setPointFound(found);

         System.out.println("number :" +found.getZoneNumber() + ", letter :" +  found.getZoneLetter());


         GfrPointDms crossVal;
         try
         {
            crossVal = GfrUtilConversionCylindricalUtm.s_getDmsCoordinateFromUtm(found, (PrjCylAbs) prj);
            tests[i].setCrossVal(crossVal);
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   {
      TestConversion[] tests =
      {
         new TestConversion(
         "PrjConLambert93",
         new GfrPointDms(10, 40),
         new GfrPointConical(1300132.2440885678, 5903651.94441981),
         PrjConLambert93.s_getInstance()),
         new TestConversion(
         "3812_PrjConLambert2008",
         new GfrPointDms(10, 40),
         new GfrPointConical(1138158.9936737407, -522382.3696528121),
         PrjConLambert2008.s_getInstance()),
         new TestConversion(
         "SR39_PrjConLambertMexican",
         new GfrPointDms(-80.83594322203, 7.916019558907),
         new GfrPointConical(4897414.312483, -284576.20796),
         PrjConLambertMexico.s_getInstance()),
         new TestConversion(
         "SR39_PrjConLambert1972",
         new GfrPointDms(10, 40),
         new GfrPointConical(639153.261772, -1022369.266852),
         PrjConLambert1972.s_getInstance()),
         new TestConversion(
         "Lambert Carto II ext",
         new GfrPointDms(1.289542, 46.444770),
         new GfrPointConical(519558.64,2161058.15),
         PrjConLambertII_Carto.s_getInstance()),
         new TestConversion(
         "Lambert III",
         new GfrPointDms(1.4681805556, 42.5864644444),
         new GfrPointConical(528701.67,32224.69),
         PrjConLambertIII.s_getInstance()),
        
         new TestConversion(
         "Lambert III",
         new GfrPointDms(1.5214830555555,42.4552458333333),
         new GfrPointConical(532933.35, 17600.64),
         PrjConLambertIII.s_getInstance()),
       
      };



      StopWatch.start();
      /*/
      for(int i = 0; i < tests.length; i++)
      {
      GfrPointAbs input = tests[i].getPointInput();
      GfrPrjAbs prj = tests[i].getProjection();
     
     
      if(input instanceof GfrPointDms && prj instanceof PrjConAbs)//Dms -> conical, Big precision
      {
      GfrPointConical found = UtilConicalConvert.s_getConicalCoordinateFromDmsWithBigPrecision((GfrPointDms)input, (PrjConAbs)prj);
      tests[i].setPointFound(found);
     
     
      GfrPointDms crossVal = UtilConicalConvert.s_getDmsCoordinateFromConicalBigPrecision(found, (PrjConAbs)prj);
      tests[i].setCrossVal(crossVal);
      }
     
      /*/
      /*
     
     
      tests[i].show();
      }
     
      //*/
      for (int i = 0; i < tests.length; i++)
      {
         GfrPointAbs input = tests[i].getPointInput();
         GfrPrjAbs prj = tests[i].getProjection();


         if (input instanceof GfrPointDms && prj instanceof PrjConAbs)//Dms -> conical, Big precision
         {
            GfrPointConical found = GfrUtilConversionConical.s_getConicalCoordinateFromDms((GfrPointDms) input, (PrjConAbs) prj);
            tests[i].setPointFound(found);


            GfrPointDms crossVal = GfrUtilConversionConical.s_getDmsCoordinateFromConical(found, (PrjConAbs) prj);
            tests[i].setCrossVal(crossVal);
         }

         if (input instanceof GfrPointDms && prj instanceof PrjCylAbs)//Dms -> cylindrical, Big precision
         {
            GfrPointUtm found = GfrUtilConversionCylindricalUtm.s_getUtmCoordinateFromDms(
                    (GfrPointDms) input,
                    (PrjCylAbs) prj);
            tests[i].setPointFound(found);

            System.out.println(found.getZoneNumber() + found.getZoneLetter());


            GfrPointDms crossVal = GfrUtilConversionCylindricalUtm.s_getDmsCoordinateFromUtm(found, (PrjCylAbs) prj);
            tests[i].setCrossVal(crossVal);
         }
         tests[i].show();
      }
      //*/
 
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      else
      {
         strLetter = "K";
      }

      GfrPointDms dms = GfrUtilConversionCylindricalUtm.s_getDmsCoordinateFromUtm(
              new GfrPointUtm(
              douNorthing,
              douEasting,
              zone,
              strLetter),
              PrjCylUtm.s_getInstance());

      return new Point2D.Double(dms.getLongitude(), dms.getLatitude());
   }
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      if (this._pnlChoice_.getContent().equals(_STR_LAMBERT_II_EXT_))
         prj = PrjConLambertII_Carto.s_getInstance();


      GfrPointDms dms = GfrUtilConversionConical.s_getDmsCoordinateFromConical(
              new GfrPointConical(
              dblX,
              dblY),
              (PrjConAbs) prj);

      return new Point2D.Double(dms.getLongitude(), dms.getLatitude());
   }
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Related Classes of org.geoforge.lang.util.geography.point.GfrPointDms

  • org.geoforge.guillc.panel.GfrPnlCrdStmLambert
  • org.geoforge.guillc.panel.GfrPnlCrdStmUtm
  • org.geoforge.lang.util.geography.GfrUtilConversionConical
  • org.geoforge.lang.util.geography.GfrUtilConversionCylindricalUtm
  • org.geoforge.worldwind._tempo.defaul.Test
  • org.geoforge.worldwind._tempo.defaul.TestAlignement
  • org.geoforge.worldwind._tempo.defaul.UtmTest
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