thoerup/datumconversion/test.java

package dk.thoerup.datumconversion;

public class test {
        static void test() 
        {
                double Lat;
                double Long;
                double UTMEasting = 711375.0;
                double UTMNorthing = 6190309.0;
                String UTMZone =  "32N";
                int RefEllipsoid = 23;//WGS-84. See list with file "LatLong- UTM conversion.cpp" for id numbers
                
                Ll ll = DatumConverter.UTMtoLL(RefEllipsoid, new Utm(UTMNorthing, UTMEasting, UTMZone) );
                System.out.println( "Calculated Lat, Long position(Lat, Long):  " + (float)ll.lattitude + "," + (float)ll.longitude + "\n\n"); 
        }


        public static void main(String [] args)
        {
                test();


                double Lat = 47.37816667;
                double Long = 8.23250000;
                double UTMNorthing;
                double UTMEasting;
                double SwissNorthing;
                double SwissEasting;
                String UTMZone;
                int RefEllipsoid = 23;//WGS-84. See list with file "LatLong- UTM conversion.cpp" for id numbers

                System.out.println( "Starting position(Lat, Long):  " + Lat + "   " + Long +"\n");

                Utm utm = DatumConverter.LLtoUTM(RefEllipsoid, new Ll(Lat, Long));

                UTMNorthing = utm.northing;
                UTMEasting = utm.easting;
                UTMZone = utm.utmZone;
                
                System.out.println( "Calculated UTM position(Northing, Easting, Zone):  ");
                System.out.println( "" + UTMNorthing + "   " + UTMEasting );
                System.out.println("   " + UTMZone +"\n");
                
                Ll ll = DatumConverter.UTMtoLL(RefEllipsoid, new Utm(UTMNorthing, UTMEasting, UTMZone));
                Lat = ll.lattitude;
                Long = ll.longitude;
                System.out.println("Calculated Lat, Long position(Lat, Long):  " + Lat + "   " + Long + "\n\n");

                Swiss swiss = DatumConverter.LLtoSwissGrid( Lat, Long);
                System.out.println("Calculated Swiss Grid position(Northing, Easting):  ");
                System.out.println("" + swiss.Northing + "   " + swiss.Easting + "\n");

        }
}
1	package dk.thoerup.datumconversion;
2
3	public class test {
4	static void test()
5	{
6	double Lat;
7	double Long;
8	double UTMEasting = 711375.0;
9	double UTMNorthing = 6190309.0;
10	String UTMZone = "32N";
11	int RefEllipsoid = 23;//WGS-84. See list with file "LatLong- UTM conversion.cpp" for id numbers
12
13	Ll ll = DatumConverter.UTMtoLL(RefEllipsoid, new Utm(UTMNorthing, UTMEasting, UTMZone) );
14	System.out.println( "Calculated Lat, Long position(Lat, Long): " + (float)ll.lattitude + "," + (float)ll.longitude + "\n\n");
15	}
16
17
18	public static void main(String [] args)
19	{
20	test();
21
22
23	double Lat = 47.37816667;
24	double Long = 8.23250000;
25	double UTMNorthing;
26	double UTMEasting;
27	double SwissNorthing;
28	double SwissEasting;
29	String UTMZone;
30	int RefEllipsoid = 23;//WGS-84. See list with file "LatLong- UTM conversion.cpp" for id numbers
31
32	System.out.println( "Starting position(Lat, Long): " + Lat + " " + Long +"\n");
33
34	Utm utm = DatumConverter.LLtoUTM(RefEllipsoid, new Ll(Lat, Long));
35
36	UTMNorthing = utm.northing;
37	UTMEasting = utm.easting;
38	UTMZone = utm.utmZone;
39
40	System.out.println( "Calculated UTM position(Northing, Easting, Zone): ");
41	System.out.println( "" + UTMNorthing + " " + UTMEasting );
42	System.out.println(" " + UTMZone +"\n");
43
44	Ll ll = DatumConverter.UTMtoLL(RefEllipsoid, new Utm(UTMNorthing, UTMEasting, UTMZone));
45	Lat = ll.lattitude;
46	Long = ll.longitude;
47	System.out.println("Calculated Lat, Long position(Lat, Long): " + Lat + " " + Long + "\n\n");
48
49	Swiss swiss = DatumConverter.LLtoSwissGrid( Lat, Long);
50	System.out.println("Calculated Swiss Grid position(Northing, Easting): ");
51	System.out.println("" + swiss.Northing + " " + swiss.Easting + "\n");
52
53	}
54	}