Extending from the peak location of an anomaly to the inflection points of the grid values along each of the 8 directions results in 8 radii. Anomaly size is defined as the 2*mediam of the 8 radii. Precision factor is used to control definition of an inflection point. For points A,B, and C, B is an inflection point if (A+C)/2.0 > B. With the precision factor, B is an inflection point only when (A+C)/2.0 > B*(1.0+Precision factor). This factor must be within (-1.0,1.0). Note: PeakSize2_IMU is probably a better routine...

public static void PeakSize(
	string str1,
	CVV oVV2,
	CVV oVV3,
	int i4,
	double d5,
	CVV oVV6
)

Public Shared Sub PeakSize ( 
	str1 As String,
	oVV2 As CVV,
	oVV3 As CVV,
	i4 As Integer,
	d5 As Double,
	oVV6 As CVV
)

public:
static void PeakSize(
	String^ str1, 
	CVV^ oVV2, 
	CVV^ oVV3, 
	int i4, 
	double d5, 
	CVV^ oVV6
)

static member PeakSize : 
        str1 : string * 
        oVV2 : CVV * 
        oVV3 : CVV * 
        i4 : int * 
        d5 : float * 
        oVV6 : CVV -> unit