'Declaration
 
Public Overloads Shared Function GenerateHistogramData( _
   ByVal RawData() As System.Double, _
   ByVal Start As System.Double, _
   ByVal IncrementalWidth As System.Double, _
   ByVal Count As System.Integer, _
   ByVal NormalizationWidth As System.Double, _
   ByRef IntervalBounds() As System.Double, _
   ByRef IntervalCounts() As System.Double, _
   ByRef BoundaryIntervals() As System.Double _
) As System.Boolean

public static System.bool GenerateHistogramData( 
   System.double[] RawData,
   System.double Start,
   System.double IncrementalWidth,
   System.int Count,
   System.double NormalizationWidth,
   ref System.double[] IntervalBounds,
   ref System.double[] IntervalCounts,
   ref System.double[] BoundaryIntervals
)

Parameters

RawData

Specifies a double array containing data values.

Start

Specifies the starting boundary of the first interval.

IncrementalWidth

Specifies the width of each interval.

Count

Specifies the number of consecutive, uniform width intervals.

NormalizationWidth

Specifies the interval width to be used for normalization. If less than or equal to zero, normalization is not performed.

IntervalBounds

A reference to a double array which will receive the actual ordered and trimmed boundaries of the intervals making up the histogram. This array is generated internally from the input Boundaries array.

IntervalCounts

A reference to a double array which will receive the count of data points that fall into the interval specified by the IntervalBounds array. The IntervalCounts array will necessarily have one less element than the IntervalBounds array.

BoundaryIntervals

A reference to a two element double array which will receive the count of data points that fall outside the specified Boundaries array. Element zero (0) of the array receives the count of data points with values less than the lowest value in the Boundaries array. Element one (1) of the array receives the count of data points with values greater than the highest value in the Boundaries array.

Return Value

Since all intervals are of equal width, it is not necessary to perform interval count normalization when only a single set of data is used. However, if multiple sets of data are used, and different interval widths are supplied, normalization provides a more consistent result.

Reference

C1Chart Class
C1Chart Members
Overload List