public GPSCoordinate(enumLongitudeReference enumLongitudeDirection, int intLongitudeDegrees, double dblLongitudeMinutes, enumLatitudeReference enumLatitudeDirection, int intLatitudeDegrees, double dblLatitudeMinutes, Distance objAltitude, string strAltitudeReference)
{
_objAlt = objAltitude;
_strAltRef = strAltitudeReference;
Fill(enumLongitudeDirection, intLongitudeDegrees, dblLongitudeMinutes, enumLatitudeDirection, intLatitudeDegrees, dblLatitudeMinutes);
}
public GPSCoordinate(enumLongitudeReference enumLongitudeDirection, int intLongitudeDegrees, double dblLongitudeMinutes, enumLatitudeReference enumLatitudeDirection, int intLatitudeDegrees, double dblLatitudeMinutes, Distance objAltitude, string strAltitudeReference)
{
_objAlt = objAltitude;
_strAltRef = strAltitudeReference;
Fill(enumLongitudeDirection, intLongitudeDegrees, dblLongitudeMinutes, enumLatitudeDirection, intLatitudeDegrees, dblLatitudeMinutes);
}
public void Fill(int intLongitudeDegrees, double dblLongitudeMinutes, int intLatitudeDegrees, double dblLatitudeMinutes)
{
//First I need to figure out and store the direction (N,S,E,W) of the Longitude and Latitude
enumLongitudeReference enumLonRef = GetLongitudeReference(intLongitudeDegrees);
enumLatitudeReference enumLatRef = GetLatitudeReference(intLatitudeDegrees);
//Now Fill
Fill(enumLonRef, intLongitudeDegrees, dblLongitudeMinutes, enumLatRef, intLatitudeDegrees, dblLatitudeMinutes);
}
private double SetDirectionSign(double dblCoord, enumLongitudeReference enumLonRef)
{
if (enumLonRef == enumLongitudeReference.West)
{
return(-(Math.Abs(dblCoord)));
}
else
{
return(Math.Abs(dblCoord));
}
}
private void Fill(enumLongitudeReference enumLonRef, int intLongitudeDegrees, int intLongitudeMinutes, double dblLongitudeSeconds, enumLatitudeReference enumLatRef, int intLatitudeDegrees, int intLatitudeMinutes, double dblLatitudeSeconds)
{
//First I need to get the Absolute value before doing any math
intLongitudeDegrees = Math.Abs(intLongitudeDegrees);
intLatitudeDegrees = Math.Abs(intLatitudeDegrees);
//Now I will build the numeric coordinate
_dblLon = ((double)intLongitudeDegrees) + (((double)intLongitudeMinutes) / 60) + (dblLongitudeSeconds / 3600);
_dblLat = ((double)intLatitudeDegrees) + (((double)intLatitudeMinutes) / 60) + (dblLatitudeSeconds / 3600);
//Now I will restore the negative values where necessary
_dblLon = SetDirectionSign(_dblLon, enumLonRef);
_dblLat = SetDirectionSign(_dblLat, enumLatRef);
}
public GPSCoordinate(enumLongitudeReference enumLongitudeDirection, int intLongitudeDegrees, double dblLongitudeMinutes, enumLatitudeReference enumLatitudeDirection, int intLatitudeDegrees, double dblLatitudeMinutes)
{
Fill(enumLongitudeDirection, intLongitudeDegrees, dblLongitudeMinutes, enumLatitudeDirection, intLatitudeDegrees, dblLatitudeMinutes);
}
private double SetDirectionSign(double dblCoord, enumLongitudeReference enumLonRef)
{
if(enumLonRef == enumLongitudeReference.West)
return -(Math.Abs(dblCoord));
else
return Math.Abs(dblCoord);
}
private void Fill(enumLongitudeReference enumLonRef, int intLongitudeDegrees, int intLongitudeMinutes, double dblLongitudeSeconds, enumLatitudeReference enumLatRef, int intLatitudeDegrees, int intLatitudeMinutes, double dblLatitudeSeconds)
{
//First I need to get the Absolute value before doing any math
intLongitudeDegrees = Math.Abs(intLongitudeDegrees);
intLatitudeDegrees = Math.Abs(intLatitudeDegrees);
//Now I will build the numeric coordinate
_dblLon = ((double) intLongitudeDegrees) + (((double) intLongitudeMinutes) / 60) + (dblLongitudeSeconds / 3600);
_dblLat = ((double) intLatitudeDegrees) + (((double) intLatitudeMinutes) / 60) + (dblLatitudeSeconds / 3600);
//Now I will restore the negative values where necessary
_dblLon = SetDirectionSign(_dblLon,enumLonRef);
_dblLat = SetDirectionSign(_dblLat,enumLatRef);
}
public GPSCoordinate(enumLongitudeReference enumLongitudeDirection, int intLongitudeDegrees, double dblLongitudeMinutes, enumLatitudeReference enumLatitudeDirection, int intLatitudeDegrees, double dblLatitudeMinutes)
{
Fill(enumLongitudeDirection, intLongitudeDegrees, dblLongitudeMinutes, enumLatitudeDirection, intLatitudeDegrees, dblLatitudeMinutes);
}
