/// <summary>
/// Project the given lat long to x, y using the input parameters to store the result and retaining
/// the lat long in the class passed.
/// </summary>
public override void Project(CGeoLatLong rLatLong, double dx, double dy)
{
dy = rLatLong.GetLatDegrees();
dx = rLatLong.GetLongDegrees();
Project(dy, dx);
}
/// <summary>
/// Inverse rotate.
/// </summary>
void InverseRotate(double dLatDegrees, double dLongDegrees)
{
CGeoLatLong rLatLong = new CGeoLatLong();
rLatLong.SetLatDegrees(dLatDegrees);
rLatLong.SetLongDegrees(dLongDegrees);
InverseRotate(rLatLong);
dLatDegrees = rLatLong.GetLatDegrees();
dLongDegrees = rLatLong.GetLongDegrees();
}
/// <summary>
/// Inverse rotate.
/// </summary>
void InverseRotate(double dLatDegrees, double dLongDegrees)
{
CGeoLatLong rLatLong = new CGeoLatLong();
rLatLong.SetLatDegrees(dLatDegrees);
rLatLong.SetLongDegrees(dLongDegrees);
InverseRotate(rLatLong);
dLatDegrees = rLatLong.GetLatDegrees();
dLongDegrees = rLatLong.GetLongDegrees();
}
/// <summary>
/// Project the given x y to lat long using the input parameters to store /// the result.
/// </summary>
public override void InverseProject(double dLatY, double dLongX)
{
double dHdng = Math.Atan2(dLongX, dLatY);
double dRange = Math.Sqrt(dLongX * dLongX + dLatY * dLatY);
CGeoLatLong Result = new CGeoLatLong();
Result.Set(dHdng, dRange, m_Origin);
dLatY = Result.GetLatDegrees();
dLongX = Result.GetLongDegrees();
}
/// <summary>
/// Project the given x y to lat long using the input parameters to store /// the result.
/// </summary>
public override void InverseProject(double dLatY, double dLongX)
{
double dHdng = Math.Atan2(dLongX, dLatY);
double dRange = Math.Sqrt(dLongX * dLongX + dLatY * dLatY);
CGeoLatLong Result = new CGeoLatLong();
Result.Set(dHdng, dRange, m_Origin);
dLatY = Result.GetLatDegrees();
dLongX = Result.GetLongDegrees();
}
/// <summary>
/// Project the given x y to lat long using the input parameters to store the result.
/// </summary>
public override void InverseProject(double dLatY, double dLongX)
{
double dHdng = Math.Atan2(dLongX, dLatY);
double dRange = Math.Sqrt(dLongX * dLongX + dLatY * dLatY);
dRange = Math.Asin(dRange / Constants.conEARTH_RADIUS_METRES) * Constants.conEARTH_RADIUS_METRES;
CGeoLatLong Result = new CGeoLatLong();
Result.Set(dHdng, dRange, m_Origin);
dLatY = Result.GetLatDegrees();
dLongX = Result.GetLongDegrees();
}
/// <summary>
/// Project the given x y to lat long using the input parameters to store the result.
/// </summary>
public override void InverseProject(double dLatY, double dLongX)
{
double dHdng = Math.Atan2(dLongX, dLatY);
double dRange = Math.Sqrt(dLongX * dLongX + dLatY * dLatY);
dRange = Math.Asin(dRange / Constants.conEARTH_RADIUS_METRES) * Constants.conEARTH_RADIUS_METRES;
CGeoLatLong Result = new CGeoLatLong();
Result.Set(dHdng, dRange, m_Origin);
dLatY = Result.GetLatDegrees();
dLongX = Result.GetLongDegrees();
}
/// <summary>
/// Project the given lat long to x, y using the input parameters to store the result and retaining
/// the lat long in the class passed.
/// </summary>
public override void Project(CGeoLatLong rLatLong, double dx, double dy)
{
dy = rLatLong.GetLatDegrees();
dx = rLatLong.GetLongDegrees();
Project(dy, dx);
}