static Direction Britbot.Navigator.CalculateDirectionToMovingTarget	(	Location	myLoc,
		HeadingVector	myHeading,
		Location	target,
		HeadingVector	targetHeading
	)		`[inline, static]`

This function calculates the directions to a moving target it does so by solving the intersection point equation as appears in calculation sheet 1 and then using the above CalculateDirectionToStationeryTarget i am very likely to be wrong here.

Parameters:

myLoc	location of the one asking for directions
myHeading	direction vector of the one looking for direction
target	the location of the moving target
targetHeading	direction vector of the moving target

Returns:

Definition at line 91 of file Navigator.cs.

        {
            //defining parameters for calculation (see image 1 under calculations)
            double a = targetHeading.Norm1();
            double b = target.Col - myLoc.Col;
            double c = targetHeading.X;
            double d = target.Row - myLoc.Row;
            double e = targetHeading.Y;

            //calculating r, hopefully
            double r = Navigator.SolveStupidEquation(a, b, c, d, e);

            //finally, calculating the intersection point
            Location intersection = HeadingVector.AddvanceByVector(target, r * targetHeading);

            //returning path to intersection
            return Navigator.CalculateDirectionToStationeryTarget(myLoc, myHeading, intersection);
        }