/// Converts a projected coordinate to a geographic coordinate.
public Coordinates.Coordinate projConvert(Coordinates.Coordinate projCoordinate)
{
// Make a new point to store the result
Coordinates.Coordinate result = new Coordinates.Coordinate();
// Calculate the geographic X coordinate (longitude)
result.coordinatePoint.X = (float)(projCoordinate.coordinatePoint.X * ONEOVERWGS84SEMIMAJOR / Math.Cos(0) * RADIANStoDEGREES);
// Calculate the geographic Y coordinate (latitude)
result.coordinatePoint.Y = (float)(projCoordinate.coordinatePoint.Y * ONEOVERWGS84SEMIMAJOR * RADIANStoDEGREES);
result.coordinatePoint.Z = projCoordinate.coordinatePoint.Z;//(float)(projCoordinate.coordinatePoint.Z * ONEOVERWGS84SEMIMAJOR / Math.Cos(0) * RADIANStoDEGREES);
result.fix = projCoordinate.fix;
return(result);
}
/// Converts a projected coordinate to a geographic coordinate.
public Coordinates.Coordinate projConvert(Coordinates.Coordinate projCoordinate)
{
// Make a new point to store the result
Coordinates.Coordinate result = new Coordinates.Coordinate();
// Calculate the geographic X coordinate (longitude)
result.coordinatePoint.X = (float)(projCoordinate.coordinatePoint.X * ONEOVERWGS84SEMIMAJOR / Math.Cos(0) * RADIANStoDEGREES);
// Calculate the geographic Y coordinate (latitude)
result.coordinatePoint.Y = (float)(projCoordinate.coordinatePoint.Y * ONEOVERWGS84SEMIMAJOR * RADIANStoDEGREES);
result.coordinatePoint.Z = projCoordinate.coordinatePoint.Z;//(float)(projCoordinate.coordinatePoint.Z * ONEOVERWGS84SEMIMAJOR / Math.Cos(0) * RADIANStoDEGREES);
result.fix = projCoordinate.fix;
return result;
}
// Converts a geographic coordinate into a projected coordinate.
public Coordinates.Coordinate geoConvert(Coordinates.Coordinate geoCoordinate)
{
// create new point
Coordinates.Coordinate result = new Coordinates.Coordinate();
// calc projected X coordinate
result.coordinatePoint.X = (float)(geoCoordinate.coordinatePoint.X * DEGREEStoRADIANS * Math.Cos(0) * WGS84SEMIMAJOR);
// calc projected Y coordinate
result.coordinatePoint.Y = (float)(geoCoordinate.coordinatePoint.Y * DEGREEStoRADIANS * WGS84SEMIMAJOR);
//Z coordinate
result.coordinatePoint.Z = geoCoordinate.coordinatePoint.Z;//(float)(geoCoordinate.coordinatePoint.Z * DEGREEStoRADIANS * Math.Cos(0) * WGS84SEMIMAJOR);
result.fix = geoCoordinate.fix;
// Return the result
return(result);
}
// Converts a geographic coordinate into a projected coordinate.
public Coordinates.Coordinate geoConvert(Coordinates.Coordinate geoCoordinate)
{
// create new point
Coordinates.Coordinate result = new Coordinates.Coordinate();
// calc projected X coordinate
result.coordinatePoint.X = (float)(geoCoordinate.coordinatePoint.X * DEGREEStoRADIANS * Math.Cos(0) * WGS84SEMIMAJOR);
// calc projected Y coordinate
result.coordinatePoint.Y = (float)(geoCoordinate.coordinatePoint.Y * DEGREEStoRADIANS * WGS84SEMIMAJOR);
//Z coordinate
result.coordinatePoint.Z = geoCoordinate.coordinatePoint.Z;//(float)(geoCoordinate.coordinatePoint.Z * DEGREEStoRADIANS * Math.Cos(0) * WGS84SEMIMAJOR);
result.fix = geoCoordinate.fix;
// Return the result
return result;
}
public void setCurrentPos(Coordinates.Coordinate projCoordinate)
{
currentPosition = projCoordinate.coordinatePoint;
}
public static bool deleteAllCoordinates(Coordinates.Coordinate coordinate)
{
return(true);
}
