Haversine is a Go package that finds the shortest great circle route between two points on a sphere. - GitHub - loraxipam/haversine: Haversine is a Go package that finds the shortest great circle route between two points on a sphere.
Thanks for the formula, but I still do not get the correct bearing angle. It seems to me it is usually simpler to insert a function to convert Lat/Lon to UTM coordinates (where all values are positive long integers) and work with meters on a projected plane rather than decimal degrees...
But, if the user's data rate has dropped, then the user has moved outside the 54 Mbps inner circle by definition. Roaming should be initiated at this point.(3) Once a user has roamed to a new cell, the user should become “sticky” and try to stay there until the user is near ...
Like the shortest-distance problem, the bearing between two points on the globe is calculated using the great circle arc that connects them. With the exception of lines of latitude and longitude, great circle arcs do not follow a constant direction relative to true north and this means that as...
// Add a red circle of 7K units radius // centred on our point varcircle =newCircle(wcsPt,Vector3d.ZAxis, 7000); circle.ColorIndex = 1; ms.AppendEntity(circle); tr.AddNewlyCreatedDBObject(circle,true); } tr.Commit(); } // And we'll zoom to the circle's extents ...