Will fail if the input upper bound is less than the lower bound, but will work if the two values are equal. The input bounds are overwritten. Input lower and upper bounds, returns "nicer" values. If the Fine flag is set to TRUE, the values will have the form N x 10^Y, where N is a value from 1 to 9, and 10^Y is an integral power of 10. If the Fine flag is set to FALSE, the scaling is coarse, and the bounding exact powers of 10 are returned. For example, the values (.034, 23) return (.03, 30) for fine scaling, and (0.01, 100) for coarse scaling.

public static void NicerLogScale(
	ref double d1,
	ref double d2,
	int i3
)

Public Shared Sub NicerLogScale ( 
	ByRef d1 As Double,
	ByRef d2 As Double,
	i3 As Integer
)

public:
static void NicerLogScale(
	double% d1, 
	double% d2, 
	int i3
)

static member NicerLogScale : 
        d1 : float byref * 
        d2 : float byref * 
        i3 : int -> unit