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initialize, when TRUE, initializes the internal state of the VI.
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max specifies the maximum value to include in the histogram. This control is ignored if the Bins input array is not empty.
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input data is a set of input data.
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Bins specifies the boundaries of each bin of the histogram.
The input Bins is an array of clusters where each cluster defines the range of values for a bin. Each cluster contains the following elements:
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inclusion specifies how to handle the boundaries of each bin.
If array Bins is not empty, the max, min, # bins, and inclusion parameters are ignored.0 | Lower includes the lower boundary | 1 | Upper includes the upper boundary |
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sample length is the length of each set of incoming data. The VI processes each set of data. The default is 100. sample length must be greater than zero.
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min specifies the minimum value to include in the histogram. min is ignored if the Bins input array is not empty.
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# bins specifies the number of bins in the histogram. # bins is optional. # bins is ignored if the Bins input array is not empty.
The default behavior is to determine the number of bins according to Sturges' Rule, number of bins = 1 + 3.3log(size of(X)).
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Histogram specifies the resulting histogram.
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Axis specifies the center values for each bin of Histogram.
The centers of each bin are set according to the following equation and returned in the output array Axis.
center[i] = (lower + upper)/2,
where lower is the lower boundary of bin i, and upper is the upper boundary of bin i.
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# outside is the output cluster.
# outside contains the following three elements:
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total contains the total number of points in X not falling in any bin upon successful execution.
The elements above and below have meaning only if Bins are specified such that Bins[0].upper =< Bins[1].lower < Bins[1].upper,
- <Bins[k - 1].lower, and <Bins[k -1].upper, where k is the number of elements in Bins.
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above represents the number of values in X above Bins[size of(Bins) - 1].upper. above represents the number of bins that were outside the last bin on the upper boundary.
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below represents the number of values in X below Bins[0].lower. below represents the number of x values that were outside the first bin on the lower boundary.
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error returns any error or warning condition from the VI.
Refer to Point By Point Error Codes for more information about these conditions.
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